Foilsets Organized in these General Areas
Web Training at CEWES Vicksburg July 23-25 1997Trip to Peking and Hefei May 1997 by Geoffrey Fox
Computing for the Future: A Professional Certificate Program in Internet Application Development
CPS616: Education -- Advanced Web Technologies for the Information Age -- Spring 1997
CPS600: Education -- Computational Science -- Information Track - Systems and Applications -- Spring 97
ECS400: Spring 97 Undergraduate Web Technology Class and Laboratory
Foilsets with Substantial Audio Enhancement
CPS615: Education -- Computational Science -- Simulation Track -- Base Course Autumn 1996
CPS406/606: Education -- Computational Science -- Information Track - Base Technology Course -- Fall 96
ECS400: Fall 96 Undergraduate Web Technology Class and Laboratory
CPS616: Education -- Computational Science -- Information Track - Base Technology Course -- Spring 1996
ECS400: Spring 96 Undergraduate Web Technology Class and Laboratory
CPS615: Education -- Computational Science -- Simulation Track -- Base Course Autumn 1995
CPS713: Education -- Computational Science -- Simulation Track -- Case studies Spring 96
CPS714: Education -- Computational Science -- Information Track -- Case studies Spring 96
CPS616: Education -- Computational Science -- Information Track - Spring 1995
Education -- Tutorial on Parallel Processing
Education -- Tutorial on Web Technologies at HPDC95
Education -- Tutorial on Web Technologies for distance Education at Supercomputing 95
Education -- Tutorial on Web Technologies and HPCC at Supercomputing 96
Specialized Tutorials
Education -- Computational Science -- Overview
Education -- Undergraduate level using Web Technologies
Education -- Use of Web Technologies including K-12
HPCC Applications
HPCC Industry
HPCC Applied to Manufacturing
HPCC -- General National Meetings
HPCC and relation to NII
HPCC PetaFlop Technology, Meetings and National Initiative
HPCC Activities Connected with DoD PET Program
HPCC -- General
InfoMall -- NPAC's technology transfer program -- General
InfoMall -- NPAC's technology transfer program -- Local Presentations
InfoMall -- NPAC's technology transfer program -- State Presentations
Local University Presentations
Trips to China Summer 1995 and 1996 by Leskiw and Fox
NPAC HealthCare Projects
Research:ASOP -- Affordable Systems Optimization Process -- Briefings
Research:Database activities
Research:High Performance Fortran
Research Activities Associated with CRPC
Rome Laboratory CIV Project 1995-1997
Research: InfoVision -- Information Video Simulation Imagery on Demand
Research:Web Technologies at NPAC
Miscellaneous Resources including Screen Dumps
"Master" foilsets used to build one or more scripts
Number of Foilsets: 409
Number of Foils: 16919
Up Web Training at CEWES Vicksburg July 23-25 1997
Collaboration with Jackson State University and CEWES for MSRC PET Program including tests of Tango Collaboration Project and WebWisdom Resource -- see Home Page for CEWES Training Session July97cps616jdk11may97 Local abstract * Local foilindex * Overview of JDK Version 1.1 Extensions
uccjava97-1intro Local abstract * Local foilindex * Java Tutorial - Summer 1997 Part 1:Introduction to Java Language
uccjava97-2lang Local abstract * Local foilindex * Java Tutorial - Summer 1997 Part II: Java Language and Object-Oriented Concepts
uccjava97-3awt Local abstract * Local foilindex * Java Tutorial - Summer 1997 Part 3:Graphics and the Abstract Windowing Toolkit
uccjava97-4rest Local abstract * Local foilindex * Java Tutorial - Summer 1997 Part 4: Multithreading, useful Java classes, I/O, Networking, and the future
uccjdbc97 Local abstract * Local foilindex * Overview of JDBC and its use with Microsoft Access
Up Trip to Peking and Hefei May 1997 by Geoffrey Fox
chinamay97 Local abstract * Local foilindex * And the Future is ........: The Use of Java and the Web in Scientific Computing
cps616activexapril97 Local abstract * Local foilindex * Introduction to ActiveX, with VBScript
cps616advancedjdbc Local abstract * Local foilindex * Examples of JDBC -- Microsoft Access
cps616appl97 Local abstract * Local foilindex * Overview of Web Applications and Services
cps616basicvrml2april97 Local abstract * Local foilindex * VRML 2 Basic Concepts and Definitions
cps616basicvrml96 Local abstract * Local foilindex * Overview of VRML 1.0 Language with Examples
cps616commerce97 Local abstract * Local foilindex * Implications of Internet Technologies for Business
cps616javascript97 Local abstract * Local foilindex * JavaScript Tutorial for CPS616 Technologies of the Information Age 1997
cps616jdbc97 Local abstract * Local foilindex * Overview of Java Database Connection
cps616jdk11may97 Local abstract * Local foilindex * Overview of JDK Version 1.1 Extensions
cps616master97 Local abstract * Local foilindex * Overview of CPS616 Technologies of the Information Age 1997
cps616oracleaccess97 Local abstract * Local foilindex * Access of Data using SQL-PL/SQL-OraPerl in Oracle
cps616oraclebasic96 Local abstract * Local foilindex * Basic Discussion of Oracle 7 Relational Database
cps616oracleweb97M Local abstract * Local foilindex * Master Foilset for Web-Oracle Integration
cps616perl Local abstract * Local foilindex * PERL4(updated to Perl5 syntax) based on O'Reilly Llama book
cps616perl5etc Local abstract * Local foilindex * Perl5 and Advanced Perl4 Features
cps616vrml2scriptapril97 Local abstract * Local foilindex * VRML 2 Scripting -- Java JavaScript VRMLScript
cps616webreviewjune97 Local abstract * Local foilindex * Overview of Basic Web and Internet Technologies
ecs400spring97/ecs400cgi Local abstract * Local foilindex * Introduction to CGI Programming
ecs400spring97/ecs400html Local abstract * Local foilindex * Introduction to HTML--ECS400 fall 97
javatutorial97.1 Local abstract * Local foilindex * Java Tutorial - Spring 1997 Part 1:Introduction to Java Language
javatutorial97.2 Local abstract * Local foilindex * Java Tutorial - Spring 1997 Part II: Java Language and Object-Oriented Concepts
javatutorial97.3 Local abstract * Local foilindex * Java Tutorial - Spring 1997 Part 3:Graphics and the Abstract Windowing Toolkit
javatutorial97.4 Local abstract * Local foilindex * Java Tutorial - Spring 1997 Part 4: Multithreading, useful Java classes, I/O, Networking, and the future
webtrainjune97A Local abstract * Local foilindex * Experiences in electronic Education and Training -- Computer science/HPCC Education
webtrainjune97B Local abstract * Local foilindex * Futures and Features of Webwisdom Electronic Education and Training
Up Computing for the Future: A Professional Certificate Program in Internet Application Development
see NPAC DCESS ECS Professional Web Applications Certificatecps606summer97/webarch97 Local abstract * Local foilindex * Introduction to Architecture of World Wide Web
cps616appl97 Local abstract * Local foilindex * Overview of Web Applications and Services
cps616jdk11may97 Local abstract * Local foilindex * Overview of JDK Version 1.1 Extensions
javatutorial97.1 Local abstract * Local foilindex * Java Tutorial - Spring 1997 Part 1:Introduction to Java Language
javatutorial97.2 Local abstract * Local foilindex * Java Tutorial - Spring 1997 Part II: Java Language and Object-Oriented Concepts
javatutorial97.3 Local abstract * Local foilindex * Java Tutorial - Spring 1997 Part 3:Graphics and the Abstract Windowing Toolkit
javatutorial97.4 Local abstract * Local foilindex * Java Tutorial - Spring 1997 Part 4: Multithreading, useful Java classes, I/O, Networking, and the future
psptajuly97 Local abstract * Local foilindex * Web Technology as the basis of Portable High Quality HPCN Software
uccjavascript97 Local abstract * Local foilindex * JavaScript Tutorial for Certificate Course
Up CPS616: Education -- Advanced Web Technologies for the Information Age -- Spring 1997
See JavaScript Resource for CPS616-97 Classand Technologies of the Information Age
cps616-97feb10 Local abstract * Local foilindex * Feb 10 Delivered Lecture for Course CPS616 -- Introduction to JavaScript
cps616-97feb12 Local abstract * Local foilindex * Feb 12 Delivered Lecture for Course CPS616 -- Basic JavaScript Functionalities and Examples
cps616-97feb17 Local abstract * Local foilindex * Feb 17/19 Delivered Lecture for Course CPS616 -- aJavaScript Language Objects and Frames
cps616-97feb3 Local abstract * Local foilindex * Feb 3 Delivered Lecture for Course CPS616 -- Java Lecture 4 -- AWT Through I/O
cps616-97feb5 Local abstract * Local foilindex * Feb 5 Delivered Lecture for Course CPS616 -- Java as a Computional Science and Engineering Programming Language
cps616-97jan15 Local abstract * Local foilindex * Jan 15 Delivered Lecture for Course CPS616 Information Track and Web Technology Overview
cps616-97jan22 Local abstract * Local foilindex * Jan 22 Delivered Lecture for Course CPS616 -- Java Lecture 1 -- Overview
cps616-97jan27 Local abstract * Local foilindex * Jan 27 Delivered Lecture for Course CPS616 -- Java Lecture 2 -- Basic Applets and Objects
cps616-97jan29 Local abstract * Local foilindex * Jan 29 Delivered Lecture for Course CPS616 -- Java Lecture 3 -- Exceptions Through Events
cps616activexapril97 Local abstract * Local foilindex * Introduction to ActiveX, with VBScript
cps616advancedjdbc Local abstract * Local foilindex * Examples of JDBC -- Microsoft Access
cps616advancedjdbc Local abstract * Local foilindex * Examples of JDBC -- Microsoft Access
cps616appl97 Local abstract * Local foilindex * Overview of Web Applications and Services
cps616basicvrml2april97 Local abstract * Local foilindex * VRML 2 Basic Concepts and Definitions
cps616basicvrml96 Local abstract * Local foilindex * Overview of VRML 1.0 Language with Examples
cps616cgi97 Local abstract * Local foilindex * Introduction to CGI Programming
cps616commerce97 Local abstract * Local foilindex * Implications of Internet Technologies for Business
cps616http97 Local abstract * Local foilindex * Setting the Stage for CGI Programming: HTTP, URL, CGI, MIME, HTTPD and many other acronyms
cps616javascript97 Local abstract * Local foilindex * JavaScript Tutorial for CPS616 Technologies of the Information Age 1997
cps616jdbc97 Local abstract * Local foilindex * Overview of Java Database Connection
cps616master97 Local abstract * Local foilindex * Overview of CPS616 Technologies of the Information Age 1997
cps616oracleaccess97 Local abstract * Local foilindex * Access of Data using SQL-PL/SQL-OraPerl in Oracle
cps616oraclebasic96 Local abstract * Local foilindex * Basic Discussion of Oracle 7 Relational Database
cps616oracleweb97M Local abstract * Local foilindex * Master Foilset for Web-Oracle Integration
cps616perl Local abstract * Local foilindex * PERL4(updated to Perl5 syntax) based on O'Reilly Llama book
cps616perl5etc Local abstract * Local foilindex * Perl5 and Advanced Perl4 Features
cps616vrml2scriptapril97 Local abstract * Local foilindex * VRML 2 Scripting -- Java JavaScript VRMLScript
cps616webreviewjune97 Local abstract * Local foilindex * Overview of Basic Web and Internet Technologies
javacseed97 Local abstract * Local foilindex * Java For Computation and Education
javatutorial96.1 Local abstract * Local foilindex * Java Tutorial - Fall 1996 Part 1:Introduction to Java Language
javatutorial96.2 Local abstract * Local foilindex * Java Tutorial - Fall 1996 Part II: Java Language and Object-Oriented Concepts
javatutorial96.3 Local abstract * Local foilindex * Java Tutorial - Fall 1996 Part 3:Graphics and the Abstract Windowing Toolkit
javatutorial96.4 Local abstract * Local foilindex * Java Tutorial - Fall 1996 Part 4: Multithreading, useful Java classes, I/O, Networking, and the future
Up CPS600: Education -- Computational Science -- Information Track - Systems and Applications -- Spring 97
This Special Topics Material will be formally known as CPS640. This material prepared by Marek Podgorny was previewed in CPS616-96 and covers base NII systems and consumer applications. See MultiMedia and the World Wide Webcps640/PPTmmnetintro Local abstract * Local foilindex * Introduction To Multimedia Internet Systems
cps640/RSVP Local abstract * Local foilindex * RSVP -- Reservation Protocol
cps640/mmnetworks Local abstract * Local foilindex * Overall Summary of MultiMedia Networks and Rationale for Integrated Services
cps640/multicast Local abstract * Local foilindex * MultiCast Technologies and Rationale
cps640/scenarios Local abstract * Local foilindex * Future of Multimedia Internet Systems
Up ECS400: Spring 97 Undergraduate Web Technology Class and Laboratory
See Spring 97 ECS 400 Course HomePageecs400spring97/ecs400a Local abstract * Local foilindex * Software technologies for the Worl Wide Web-- ECS400 Course Overview
ecs400spring97/ecs400cgi Local abstract * Local foilindex * Introduction to CGI Programming
ecs400spring97/ecs400html Local abstract * Local foilindex * Introduction to HTML--ECS400 fall 97
ecs400spring97/ecs400http Local abstract * Local foilindex * Setting the Stage for CGI Programming: HTTP, URL, CGI, MIME, HTTPD and many other acronyms
ecs400spring97/ecs400webintro Local abstract * Local foilindex * Introduction to World Wide Web (WWW)
Up Foilsets with Substantial Audio Enhancement
See Discussion of Audio in Help Page for Typical Foilsetcps615dec596 Local abstract * Local foilindex * CPS615-Linear Programming and Whirlwind Full Matrix Discussion
cps615nov1496 Local abstract * Local foilindex * CPS615-Physical Simulation Techniques and Structure of CFD Equations
cps615nov2696 Local abstract * Local foilindex * CPS615-Finite Elements(Continued) and Conjugate Gradient
cps615nov796 Local abstract * Local foilindex * CPS615-Completion of MPI foilset and Application to Jacobi Iteration in 2D
cps615nov896 Local abstract * Local foilindex * CPS615-Basic PDE Solver Discussion and Sparse Matrix Formulation
cps615oct1096 Local abstract * Local foilindex * CPS615-Discussion of Ordinary Differential Equations and Start of Parallel N-Body Algorithm
cps615oct1596 Local abstract * Local foilindex * CPS615-End of N-Body Discussion and Beginning of Numerical Integration
cps615oct196 Local abstract * Local foilindex * CPS615-Align and Distribute in HPF
cps615oct2296 Local abstract * Local foilindex * CPS615-End of Basic Overview of Random Numbers and First Part of Monte Carlo Integration
cps615oct2496 Local abstract * Local foilindex * CPS615-End of Numerical Integration and Very End of HPF
cps615oct3196 Local abstract * Local foilindex * CPS615-Initial Lecture on MPI ending with discussion of basic MPI_SEND
cps615sept1096 Local abstract * Local foilindex * CPS615-Lecture on Performance(end) and Computer Technologies(start)
cps615sept1296 Local abstract * Local foilindex * CPS615-Lecture on Computer Architectures and Networks
cps615sept2496 Local abstract * Local foilindex * CPS615-Introduction to F90 Features, Rationale for HPF and Problem Architecture
cps615sept2696 Local abstract * Local foilindex * CPS615-Introduction to Virtual Programming Lab -- Problem Architecture Continued and Start of Real HPF
cps615sept596 Local abstract * Local foilindex * CPS615-Lecture on Performance(end) and Computer Technologies(start)
cps616-97feb10 Local abstract * Local foilindex * Feb 10 Delivered Lecture for Course CPS616 -- Introduction to JavaScript
cps616-97feb12 Local abstract * Local foilindex * Feb 12 Delivered Lecture for Course CPS616 -- Basic JavaScript Functionalities and Examples
cps616-97feb17 Local abstract * Local foilindex * Feb 17/19 Delivered Lecture for Course CPS616 -- aJavaScript Language Objects and Frames
cps616-97feb3 Local abstract * Local foilindex * Feb 3 Delivered Lecture for Course CPS616 -- Java Lecture 4 -- AWT Through I/O
cps616-97feb5 Local abstract * Local foilindex * Feb 5 Delivered Lecture for Course CPS616 -- Java as a Computional Science and Engineering Programming Language
cps616-97jan15 Local abstract * Local foilindex * Jan 15 Delivered Lecture for Course CPS616 Information Track and Web Technology Overview
cps616-97jan22 Local abstract * Local foilindex * Jan 22 Delivered Lecture for Course CPS616 -- Java Lecture 1 -- Overview
cps616-97jan27 Local abstract * Local foilindex * Jan 27 Delivered Lecture for Course CPS616 -- Java Lecture 2 -- Basic Applets and Objects
cps616-97jan29 Local abstract * Local foilindex * Jan 29 Delivered Lecture for Course CPS616 -- Java Lecture 3 -- Exceptions Through Events
crpcnetcomp2 Local abstract * Local foilindex * Emerging Network(Web) Technologies for Scientific Computing
sc96tutorial Local abstract * Local foilindex * Part 1 of Tutorial on Web Technologies and applications to HPCC and HealthCare
Up CPS615: Education -- Computational Science -- Simulation Track -- Base Course Autumn 1996
See latest course Fall 1996cps615C Local abstract * Local foilindex * CPS615 Foils -- set C: Laplace Example -- Programming Models and Performance
cps615D Local abstract * Local foilindex * CPS615 Foils -- set D: Statistics and Random Numbers (In preparation for Monte Carlo)
cps615E Local abstract * Local foilindex * CPS615 Foils -- set E: ODE's and Particle Dynamics
cps615F Local abstract * Local foilindex * Background in Partial Differential Equations with attention to CFD
cps615PDEIter95 Local abstract * Local foilindex * CPS615 Module on Iterative PDE Solvers
cps615dec596 Local abstract * Local foilindex * CPS615-Linear Programming and Whirlwind Full Matrix Discussion
cps615f9095 Local abstract * Local foilindex * CPS615 Foils -- Fortran 90 Language and Simple Examples
cps615f90hpf96 Local abstract * Local foilindex * Overview of Fortran 90 and HPF Fall 96
cps615femcg95 Local abstract * Local foilindex * CPS615 Finite Element and Conjugate Gradient Presentation
cps615intro96 Local abstract * Local foilindex * CPS615-Introduction-Course,Driving Technology and HPCC Current Status and Futures
cps615linalg95 Local abstract * Local foilindex * CPS615 Linear Algebra Presentation
cps615mat95 Local abstract * Local foilindex * Parallel Full Matrix Algorithms
cps615mpi95 Local abstract * Local foilindex * CPS615 Foils -- Message Passing Interface MPI for users
cps615nov1496 Local abstract * Local foilindex * CPS615-Physical Simulation Techniques and Structure of CFD Equations
cps615nov2696 Local abstract * Local foilindex * CPS615-Finite Elements(Continued) and Conjugate Gradient
cps615nov796 Local abstract * Local foilindex * CPS615-Completion of MPI foilset and Application to Jacobi Iteration in 2D
cps615nov896 Local abstract * Local foilindex * CPS615-Basic PDE Solver Discussion and Sparse Matrix Formulation
cps615oct1096 Local abstract * Local foilindex * CPS615-Discussion of Ordinary Differential Equations and Start of Parallel N-Body Algorithm
cps615oct1596 Local abstract * Local foilindex * CPS615-End of N-Body Discussion and Beginning of Numerical Integration
cps615oct196 Local abstract * Local foilindex * CPS615-Align and Distribute in HPF
cps615oct2296 Local abstract * Local foilindex * CPS615-End of Basic Overview of Random Numbers and First Part of Monte Carlo Integration
cps615oct2496 Local abstract * Local foilindex * CPS615-End of Numerical Integration and Very End of HPF
cps615oct3196 Local abstract * Local foilindex * CPS615-Initial Lecture on MPI ending with discussion of basic MPI_SEND
cps615sept1096 Local abstract * Local foilindex * CPS615-Lecture on Performance(end) and Computer Technologies(start)
cps615sept1296 Local abstract * Local foilindex * CPS615-Lecture on Computer Architectures and Networks
cps615sept2496 Local abstract * Local foilindex * CPS615-Introduction to F90 Features, Rationale for HPF and Problem Architecture
cps615sept2696 Local abstract * Local foilindex * CPS615-Introduction to Virtual Programming Lab -- Problem Architecture Continued and Start of Real HPF
cps615sept596 Local abstract * Local foilindex * CPS615-Lecture on Performance(end) and Computer Technologies(start)
cps615software96 Local abstract * Local foilindex * HPCC Software Technologies Fall 96 -- Overview and HPF
cps713complexsys96 Local abstract * Local foilindex * Complex Systems and Parallel Computing -- CPS713 update from Decemember 1992 Talk at ANU Conference on Complex Systems
progparaA Local abstract * Local foilindex * Part A:Overview of Programming Paradigms and Relation to Applications
progparaB Local abstract * Local foilindex * Part B:Overview of Programming Paradigms and Relation to Applications
slitex/CPS615NI95 Local abstract * Local foilindex * CPS615 Numerical Integration Module
slitex/CPS713OPT Local abstract * Local foilindex * COMPUTATIONAL SCIENCE SIMULATION TRACK CPS615/713 SOME PRACTICAL OPTIMIZATION METHODS
Up CPS406/606: Education -- Computational Science -- Information Track - Base Technology Course -- Fall 96
See Fall 1996 CPS606 Course on Basic Web Technologies PERL and Javacps606fall96/cps606image Local abstract * Local foilindex * Image Format Basics
cps606fall96/cps606intro Local abstract * Local foilindex * Computational methods for Distributed Information Systems--Fall96
cps606fall96/cps606net Local abstract * Local foilindex * Networking Basics-CPS606fall96
Up ECS400: Fall 96 Undergraduate Web Technology Class and Laboratory
See Fall 96 ECS 400 Course HomePageecs400fall96/ecs400a Local abstract * Local foilindex * Software technologies for the Worl Wide Web-- ECS400 Course Overview
ecs400fall96/ecs400cgi Local abstract * Local foilindex * Introduction to CGI Programming --ECS400 fall 96
ecs400fall96/ecs400html Local abstract * Local foilindex * Introduction to HTML--ECS400 fall 96
ecs400fall96/ecs400http Local abstract * Local foilindex * Setting the Stage for CGI Programming: HTTP, URL, CGI, MIME, HTTPD and many other acronyms
ecs400fall96/ecs400proj Local abstract * Local foilindex * ECS400 Projects
ecs400fall96/ecs400www Local abstract * Local foilindex * Introduction to World Wide Web (WWW)
Up CPS616: Education -- Computational Science -- Information Track - Base Technology Course -- Spring 1996
See Spring 1996 CPS616 Course on Technologies for the Information Ageand Teachers Overview of CPS616 Spring 96
cps616appl96 Local abstract * Local foilindex * Web Application Overview
cps616basicvrml96 Local abstract * Local foilindex * Overview of VRML 1.0 Language with Examples
cps616dbforvrml Local abstract * Local foilindex * CPS616 VRML and Use of Databases as backend and Application to GIS
cps616java96 Local abstract * Local foilindex * CPS616 Lectures on Java
cps616javascript96 Local abstract * Local foilindex * CPS616 Lectures on JavaScript
cps616master96 Local abstract * Local foilindex * CPS616 Administrative Foils for January-April 96 Course on Technologies for the Information Age
cps616oracleaccess96 Local abstract * Local foilindex * Access of Data using SQL-PL/SQL-OraPerl in Oracle
cps616oraclebasic96 Local abstract * Local foilindex * Basic Discussion of Oracle 7 Relational Database
cps616oracleweb96 Local abstract * Local foilindex * Web-Oracle Integration focussing on use of PL/SQL
cps616over96 Local abstract * Local foilindex * CPS616 Initial Foils for January-April 96 Course on Technologies for the Information Age
cps616perl Local abstract * Local foilindex * PERL4(updated to Perl5 syntax) based on O'Reilly Llama book
cps616perl5etc Local abstract * Local foilindex * Perl5 and Advanced Perl4 Features
cps616services96 Local abstract * Local foilindex * NII(Web) Services Overview
cps616tech96 Local abstract * Local foilindex * Web Technology Overview
Up ECS400: Spring 96 Undergraduate Web Technology Class and Laboratory
See Spring 96 ECS 400 Course HomePageecs400spring96/ecs400a Local abstract * Local foilindex * Introduction to Web Technologies -- ECS400 Course Overview
ecs400spring96/ecs400cgi Local abstract * Local foilindex * Introduction to CGI Programming
ecs400spring96/ecs400html Local abstract * Local foilindex * Introduction to HTML
ecs400spring96/ecs400http Local abstract * Local foilindex * Setting the Stage for CGI Programming: HTTP, URL, CGI, MIME, HTTPD and many other acronyms
ecs400spring96/ecs400javastroll Local abstract * Local foilindex * Introduction to Java Programming: a Stroll Through Java
ecs400spring96/ecs400perlstroll Local abstract * Local foilindex * Introduction to Perl Programming: a Stroll Through Perl
ecs400spring96/ecs400projects Local abstract * Local foilindex * ECS400 Projects
ecs400spring96/ecs400www Local abstract * Local foilindex * Introduction to World Wide Web (WWW)
Up CPS615: Education -- Computational Science -- Simulation Track -- Base Course Autumn 1995
See latest course Fall 1995cps615C Local abstract * Local foilindex * CPS615 Foils -- set C: Laplace Example -- Programming Models and Performance
cps615D Local abstract * Local foilindex * CPS615 Foils -- set D: Statistics and Random Numbers (In preparation for Monte Carlo)
cps615E Local abstract * Local foilindex * CPS615 Foils -- set E: ODE's and Particle Dynamics
cps615F Local abstract * Local foilindex * Background in Partial Differential Equations with attention to CFD
cps615PDEIter95 Local abstract * Local foilindex * CPS615 Module on Iterative PDE Solvers
cps615f9095 Local abstract * Local foilindex * CPS615 Foils -- Fortran 90 Language and Simple Examples
cps615femcg95 Local abstract * Local foilindex * CPS615 Finite Element and Conjugate Gradient Presentation
cps615hpf95 Local abstract * Local foilindex * An Introduction to High Performance Fortran
cps615hpfintro95 Local abstract * Local foilindex * Introduction to HPF
cps615lectures1 Local abstract * Local foilindex * Initial CPS615 Course and Parallel Computing Overview
cps615lectures2 Local abstract * Local foilindex * Second set of lectures on CPS615 Parallel Computing Overview
cps615linalg95 Local abstract * Local foilindex * CPS615 Linear Algebra Presentation
cps615mat95 Local abstract * Local foilindex * Parallel Full Matrix Algorithms
cps615mpi95 Local abstract * Local foilindex * CPS615 Foils -- Message Passing Interface MPI for users
cps615nic95 Local abstract * Local foilindex * Parallel Computation Illustrated with Adaptive Integration
slitex/CPS615NI95 Local abstract * Local foilindex * CPS615 Numerical Integration Module
Up CPS713: Education -- Computational Science -- Simulation Track -- Case studies Spring 96
This follows on CPS615 for Advanced Topics and Special Case Studiescps713complexsys96 Local abstract * Local foilindex * Complex Systems and Parallel Computing -- CPS713 update from Decemember 1992 Talk at ANU Conference on Complex Systems
cps713nasi96 Local abstract * Local foilindex * Introduction to Physics and Numerics of NAS Benchmarks
cps713nasii96 Local abstract * Local foilindex * Spatial Differencing and ADI Solution of the NAS Benchmarks
cps713nasiii96 Local abstract * Local foilindex * Further PDE Solvers for the NAS Benchmarks
cps713nr96 Local abstract * Local foilindex * Detailed Discussion of Numerical Formulation and Solution of Collision 0f two Black Holes
cps713opt96 Local abstract * Local foilindex * Physical Optimization and Physical Computation -- CPS713 update from November 1992 Talk at Houston Keck Symposium
cps713over94 Local abstract * Local foilindex * Case Studies of Computational Science -- Overview of 3 Areas (Monte Carlo,CFD/Numerical Relativity,Information Age)
cps713overI94 Local abstract * Local foilindex * Overview of Monte Carlo Case Study
cps713overII94 Local abstract * Local foilindex * Overview of CFD and Numerical Relativity Case Study
slitex/CPS713MonteCarlo96 Local abstract * Local foilindex * CPS713 Monte Carlo Simulation for Statistical Physics
slitex/CPS713OPT Local abstract * Local foilindex * COMPUTATIONAL SCIENCE SIMULATION TRACK CPS615/713 SOME PRACTICAL OPTIMIZATION METHODS
slitex/CPS713STAT Local abstract * Local foilindex * CPS713 APPLICATIONS OF COMPUTATIONAL SCIENCE: STATISTICS FOR PHYSICS
slitex/bbhklasky Local abstract * Local foilindex * Scott Klasky Presentation on Binary Black Hole Collision
Up CPS714: Education -- Computational Science -- Information Track -- Case studies Spring 96
This follows on CPS616 for Advanced Topics and Special Case Studies Initial modules come from CPS713 before this split into simulation(new CPS713) and information(new CPS714) areas -- Further Informationcps616fulldbms Local abstract * Local foilindex * Full Relational Database Presentation prepared for HPDC-4 Tutorial (Used in CPS616-1995)
cps714overI94 Local abstract * Local foilindex * Case Studies of Computational Science -- Overview of Initial Information Area Applications
Up CPS616: Education -- Computational Science -- Information Track - Spring 1995
See Spring Sememester 1995 Prototype called CPS600cps616collab Local abstract * Local foilindex * Collaboration Presentation for CPS600
cps616compress Local abstract * Local foilindex * Compression Presentation for CPS600
cps616fulldbms Local abstract * Local foilindex * Full Relational Database Presentation prepared for HPDC-4 Tutorial (Used in CPS616-1995)
cps616overview Local abstract * Local foilindex * Overview foils given at start of CPS600 describing broad concept of course
cps616perl Local abstract * Local foilindex * PERL4(updated to Perl5 syntax) based on O'Reilly Llama book
cps616threads Local abstract * Local foilindex * Basic Threads Discussion including Niemiec's TCE in detail
Up Education -- Tutorial on Parallel Processing
progparaA Local abstract * Local foilindex * Part A:Overview of Programming Paradigms and Relation to Applications
progparaB Local abstract * Local foilindex * Part B:Overview of Programming Paradigms and Relation to Applications
Up Education -- Tutorial on Web Technologies at HPDC95
hpdc95agent Local abstract * Local foilindex * Broad Overview of Agents and Their Motivation
hpdc95collab Local abstract * Local foilindex * Collaboration Presentation for HPDC95
hpdc95compress Local abstract * Local foilindex * Compression Presentation for HPDC95 Tutorial
hpdc95videoA Local abstract * Local foilindex * First Part of Video Server Presentation for HPDC95 Tutorial
hpdc95videoB Local abstract * Local foilindex * Second Part of Video Server Presentation for HPDC95 Tutorial
hpdc95websearch Local abstract * Local foilindex * Web Search Presentation for HPDC95 Tutorial
slitex/atmmahesh Local abstract * Local foilindex * Asynchronous Transfer Mode Tutorial
webtool/CGI Local abstract * Local foilindex * Common Gateway Interface:CGI
webtool/CPS600CourseServer Local abstract * Local foilindex * CPS600 WebTool Course Server
webtool/Forms Local abstract * Local foilindex * HTML Forms
webtool/HTML Local abstract * Local foilindex * HTML
webtool/HTTP Local abstract * Local foilindex * HyperText Transfer Protocol HTTP for Server-Client Communication
webtool/HTTPD Local abstract * Local foilindex * Web Servers or HyperText Transfer Protocol Daemons -- HTTPD
webtool/Imagemaps Local abstract * Local foilindex * HTML Clickable Imagemaps
webtool/Java Local abstract * Local foilindex * Java Tutorial
webtool/MIME Local abstract * Local foilindex * MultiPurpose Internet Mail Extension Data Format -- MIME
webtool/Perl5 Local abstract * Local foilindex * Perl5
webtool/VRML Local abstract * Local foilindex * VRML Tutorial
webtool/WebTools(Spring1995) Local abstract * Local foilindex * WebTools (Spring1995)
webtool/WebTools(Summer1995) Local abstract * Local foilindex * WebTools (Updated to Summer 1995)
webtutorial Local abstract * Local foilindex * Interactive Web based HPDC Technologies for Distance Education
Up Education -- Tutorial on Web Technologies for distance Education at Supercomputing 95
See Master HTML Page for SC95 Tutorial by NPACsc95enterprise Local abstract * Local foilindex * Overview of Business Enterprise Systems and the Web
sc95java Local abstract * Local foilindex * Overview of Java
sc95lsb Local abstract * Local foilindex * The Living Schoolbook and the K-12 Classroom of the Future
sc95televirtual Local abstract * Local foilindex * Televirtual Environments -- Technologies and Applications
sc95tutorial Local abstract * Local foilindex * SC95 Tutorial: Web Technologies for Education
sc95video Local abstract * Local foilindex * Video Server,Delivery and Compression Technologies
sc95vrml Local abstract * Local foilindex * Overview of VRML
sc95webrdbms Local abstract * Local foilindex * Brief Overview of Web-Relational Database Integration
Up Education -- Tutorial on Web Technologies and HPCC at Supercomputing 96
See Master HTML Page for SC96 Tutorial by NPACcarewebguidedtour Local abstract * Local foilindex * Guided Tour of CareWeb Web based School Nurse Support System
npacscreendumps96 Local abstract * Local foilindex * Collection of GIF Images for General NPAC Projects April96-
sc96tutorial Local abstract * Local foilindex * Part 1 of Tutorial on Web Technologies and applications to HPCC and HealthCare
sc96tutorialHC Local abstract * Local foilindex * Part 2 of Tutorial on Web Technologies and applications to HPCC and HealthCare
webtool/SC96 Local abstract * Local foilindex * HyperWorld - Design and Prototype Components
Up Specialized Tutorials
PPTmabcornell1 Local abstract * Local foilindex * MetaComputing -- the Informal Supercomputer -- MRA Meeting Part I:Concepts and Issues
PPTmabcornell2 Local abstract * Local foilindex * MetaComputing -- the Informal Supercomputer -- MRA Meeting Part II:The Practical Issues
PPTmetaCRPC-ANL96 Local abstract * Local foilindex * MetaComputing -- the Informal Supercomputer
crpcjavamay96 Local abstract * Local foilindex * CRPC Lectures on Java Language Applets Graphics
crpcjavastrollmay96 Local abstract * Local foilindex * Introductory Lectures on Java -- An Overview Mixing Code and Comments
crpctutmay96 Local abstract * Local foilindex * A Tutorial on Base Web Technologies
ibmtech7feb96 Local abstract * Local foilindex * IBM Tutorial on Web Technology for HPCC
icasejavajune96 Local abstract * Local foilindex * Basic Lectures on Java Language Applets Graphics Networking
javaaddonfall96 Local abstract * Local foilindex * Additional Java Material incl-Teaching at Grade 5-12 Level
Up Education -- Computational Science -- Overview
PPThpccedinuk Local abstract * Local foilindex * Analysis of Aspects of JISC New Technologies Program -- December 96
compsci95 Local abstract * Local foilindex * Overview foils for Computational Science Overview at Illinois -- May 1995
compsci97 Local abstract * Local foilindex * Remarks on Parallel Computing and HPCC Education
Up Education -- Undergraduate level using Web Technologies
See the SETI(Search for ExtraTerrestial Intelligence) Module prepared for Science for the 21st Century as an examplephy105 Local abstract * Local foilindex * Pictures of Web Pages for Modules of Phy105/106
vidalimar96 Local abstract * Local foilindex * Teaching Science to the 21st Century Student
Up Education -- Use of Web Technologies including K-12
See LIving SchoolBook Home Pageand Hyperlinked "Paper" Submitted by NPAC to Supercomputing 95 on Living Textbook
certificatemar97 Local abstract * Local foilindex * Discussion of Web Certificate Program and WebWisdom
crpcedtechmay96 Local abstract * Local foilindex * Web Technology and Applications for Education
edtechmar1197 Local abstract * Local foilindex * Overview of Issues and Discussion of WebWisdom
javacseed97 Local abstract * Local foilindex * Java For Computation and Education
kidsweb Local abstract * Local foilindex * Screendumps of kidsweb web pages
livingtextbook Local abstract * Local foilindex * Screendumps of Living Textbook web pages
mar25-97/phy105mar97 Local abstract * Local foilindex * Web Technology in Physics 105 -- Science for 21st Century
niikids Local abstract * Local foilindex * Implications of NII for Kids in Schools and Home
niikids97 Local abstract * Local foilindex * Why Kids Should Care about the Web which will run all Computers and Deliver all Information
virtuniv95 Local abstract * Local foilindex * Technologies and Issues for Virtual University
webtrainjune97A Local abstract * Local foilindex * Experiences in electronic Education and Training -- Computer science/HPCC Education
webtrainjune97B Local abstract * Local foilindex * Futures and Features of Webwisdom Electronic Education and Training
webwisdomapr96 Local abstract * Local foilindex * Web Technologies as a Revolution in Teaching at K-12 and University Level
webwisdommar96 Local abstract * Local foilindex * Web Technologies for Education and NPAC Projects
Up HPCC Applications
crpcappls Local abstract * Local foilindex * Overview Foils for Parallel Applications and software Talk
webapplservjune96 Local abstract * Local foilindex * Web Application and Services Overview as of June96
Up HPCC Industry
Ida1 Local abstract * Local foilindex * Part A:Overview of HPCC Applications in Industry for Halloween IDA Presentation
Ida2 Local abstract * Local foilindex * Dual Issues and a discussion of HPCC Defense Applications
hpcs95 Local abstract * Local foilindex * HPCS95 Keynote Presentation: HPC at the Crossroads Academic Niche or Economic Development Cornucopia
rciapril97 Local abstract * Local foilindex * The National/Next Generation Information Infrastructure in the service of Education Training and Computational Science
rcihalloween95 Local abstract * Local foilindex * RCI Presentation on HPCC and NII for Industry and Education
Up HPCC Applied to Manufacturing
mameoct95 Local abstract * Local foilindex * Impact of National Information Infrastructure on Manufacturing
Up HPCC -- General National Meetings
pasadena2 Local abstract * Local foilindex * Conclusions of Working Group 2 at Second Pasadena Workshop on System Software and Tools for HPCC
psepurdue95 Local abstract * Local foilindex * Problem Solving Environments:Virtual Parallel Environments and Languages Subgroup
Up HPCC and relation to NII
infovision95 Local abstract * Local foilindex * InfoVISION: Information Video Simulation Imagery ON demand
Up HPCC PetaFlop Technology, Meetings and National Initiative
PPTKoggeJNAC3 Local abstract * Local foilindex * Some Numerical Memory and MicroProcessor Projections for PetaFlops
PPTKoggepimtalk Local abstract * Local foilindex * Processing-In-Memory (PIM) Architectures for Very High Performance MPP Computing
PPTpetasoft Local abstract * Local foilindex * Summary of Working Groups at PAWS and PetaSoft Meetings
PPTpetasoftjan97 Local abstract * Local foilindex * Remarks on Fox's White Paper and Working Group Report
PPTpetasoftstrat Local abstract * Local foilindex * Software Strategy for JNAC (PetaFlops) Initiative
PPTsmithpetaoverview1 Local abstract * Local foilindex * PetaFlop(JNAC) Overview Presentations -- Results of Studies and Next Steps Aug 28 96
PPTsmithpetaoverview2 Local abstract * Local foilindex * PetaFlop(JNAC) Overview Presentations -- Results of Studies and Next Steps Sep 19,96
cornellhpcc96 Local abstract * Local foilindex * A Short Overview of HPCC -- From GigaFlops to PetaFlops and From Tightly Coupled MPP's to the World Wide Web
hpcc96petaflops Local abstract * Local foilindex * HPCC Futures Topic 2:A Possible PetaFlop Initiative
javaforcsefall96 Local abstract * Local foilindex * The Future:Petaflop Computers and Java as a High Performance Computational Science and Simulation Language
petaflopapril97 Local abstract * Local foilindex * And the HPCN Future is: Petaflop Computers and Java and Web Technologies
petaflopjan97 Local abstract * Local foilindex * Variety of Foils Used Starting January 97
Up HPCC Activities Connected with DoD PET Program
See Visit of CEWES Team to NPAC Mar 25 1997bbhdaghhpfmar97 Local abstract * Local foilindex * MPI HPF and DAGH for Parallelization of Black Hole Codes
certificatemar97 Local abstract * Local foilindex * Discussion of Web Certificate Program and WebWisdom
dishpccjune97 Local abstract * Local foilindex * Distributed Simulation (DIS,HLA) HPCC and the Object Web
javainhpccmar97 Local abstract * Local foilindex * Java and Web Technologies in HPCC
mapintmultijune97 Local abstract * Local foilindex * Multidisciplinary Applications
mapinttangojune97 Local abstract * Local foilindex * Use of Tango in Multidisciplinary Interactions
mar25-97/cewesbbhmar97 Local abstract * Local foilindex * Summary of Binary Black Hole Technologies
mar25-97/ceweschemmar97 Local abstract * Local foilindex * Overview of NPAC Research in Computational Chemistry
mar25-97/cewesdbmar97 Local abstract * Local foilindex * Description of DataBase Projects at NPAC
mar25-97/cewesweathermar97 Local abstract * Local foilindex * Weather application for Rome Lab CIV Project
mar25-97/facilitymar97 Local abstract * Local foilindex * Description of NPAC Facilities
mar25-97/neattoolsmar97 Local abstract * Local foilindex * NeatTools and Pulsar -- Expressional Interfaces
mar25-97/phy105mar97 Local abstract * Local foilindex * Web Technology in Physics 105 -- Science for 21st Century
mar25-97/tangommediamar97 Local abstract * Local foilindex * TANGO and its MultiMedia SubSystems
tangoapplsfeb97 Local abstract * Local foilindex * TANGO Applications -- C2, Education, HealthCare, Simulation
tangotechfeb97 Local abstract * Local foilindex * Tango web Collaboratory Technology
webtrainjune97A Local abstract * Local foilindex * Experiences in electronic Education and Training -- Computer science/HPCC Education
webtrainjune97B Local abstract * Local foilindex * Futures and Features of Webwisdom Electronic Education and Training
Up HPCC -- General
PPTpetasoft Local abstract * Local foilindex * Summary of Working Groups at PAWS and PetaSoft Meetings
china1 Local abstract * Local foilindex * Overview foils of Status of HPCC with NPAC Bias
china2 Local abstract * Local foilindex * Overview foils of Status of HPCC with NPAC Bias -- Part 2
china3 Local abstract * Local foilindex * Overview foils of Status of HPCC with NPAC Bias -3- Auxiliary(Tall) Foils
cornellhpcc96 Local abstract * Local foilindex * A Short Overview of HPCC -- From GigaFlops to PetaFlops and From Tightly Coupled MPP's to the World Wide Web
decmay97 Local abstract * Local foilindex * The Use of Web Technologies (at NPAC) in HPCC Collaboration and Education
doe2000javabeans Local abstract * Local foilindex * JavaBeans and Visual HPCC omponentWare
hpcc96appls Local abstract * Local foilindex * HPCC Current Status: Applications, Industry , Grand and National Challenges
hpcc96hardware Local abstract * Local foilindex * HPCC Current Status: Hardware MPP
hpcc96petaflops Local abstract * Local foilindex * HPCC Futures Topic 2:A Possible PetaFlop Initiative
hpcc96pse Local abstract * Local foilindex * HPCC Futures Topic 1:Problem Solving Environments as the best Software Model
hpcc96software Local abstract * Local foilindex * HPCC Current Status: Software
hpcc96status Local abstract * Local foilindex * HPCC Status -- TeraFlop to Web and Petaflops -- Success and Failure
hpcc96web Local abstract * Local foilindex * HPCC Futures Topic 3: Role of Web Technologies in HPCC
minnnov95 Local abstract * Local foilindex * NII Technologies from WebTop Productivity to Computing -- Industrial Uses of HPCC
mppoioct95 Local abstract * Local foilindex * Software and System Issues in use of Optical Interconnects in MPPs
petaflopjan97 Local abstract * Local foilindex * Variety of Foils Used Starting January 97
psptajuly97 Local abstract * Local foilindex * Web Technology as the basis of Portable High Quality HPCN Software
Up InfoMall -- NPAC's technology transfer program -- General
decmay97 Local abstract * Local foilindex * The Use of Web Technologies (at NPAC) in HPCC Collaboration and Education
infomall95 Local abstract * Local foilindex * Overview of InfoMall -- A Virtual Corporation for HPCC Systems and Software
webmednpacoverview Local abstract * Local foilindex * NPAC Overview for Web Based Medicine
Up InfoMall -- NPAC's technology transfer program -- Local Presentations
PPTcareweb Local abstract * Local foilindex * Overview of Syracuse School CareWeb Prototype
PPTgcfcareweb Local abstract * Local foilindex * School Nurse CareWeb Guided Tour Overview
PPTzdeneme2 Local abstract * Local foilindex * School Nurse CareWeb Architecture and Function
adclubdec96 Local abstract * Local foilindex * Possible Role of Web Technologies in Advertising
carewebguidedtour Local abstract * Local foilindex * Guided Tour of CareWeb Web based School Nurse Support System
casemeetsept95 Local abstract * Local foilindex * Some Thoughts on Central New York in the Information Age
cnycitidec95 Local abstract * Local foilindex * NPAC's Programs of Interest to New York State Economic Development and Statewide ATM Network
telemedmay96 Local abstract * Local foilindex * Web Technology and its Use in Medical Informatics and TeleMedicine
telemedmay96 Local abstract * Local foilindex * Web Technology and its Use in Medical Informatics and TeleMedicine
welchallynfeb96 Local abstract * Local foilindex * Web Technologies and Opportunities in Medical and Engineering Applications
Up InfoMall -- NPAC's technology transfer program -- State Presentations
goethe96 Local abstract * Local foilindex * The Information Highway amd Multimedia Information Resources for Goethe Institut
statenov95 Local abstract * Local foilindex * InfoMall - Bringing the Economic Development Opportunities of the Internet/World Wide Web to New York State
Up Local University Presentations
casenov95 Local abstract * Local foilindex * Business Opportunities and Advanced Web Technologies
ecseductalk Local abstract * Local foilindex * Challenges and Opportunities for Information Technology in ECS
ecsmarch96 Local abstract * Local foilindex * NPAC and InfoMall Interactions with College of Engineering and Computer Science
reuscript Local abstract * Local foilindex * REU Presentation -- An Overview of NPAC
trusteesM Local abstract * Local foilindex * Discussion of NII for Real World -- Education Medicine Journalism
Up Trips to China Summer 1995 and 1996 by Leskiw and Fox
See International CPS Course page Xiaoming Li's Internet Course for Harbin Institute of Technologychina1 Local abstract * Local foilindex * Overview foils of Status of HPCC with NPAC Bias
china2 Local abstract * Local foilindex * Overview foils of Status of HPCC with NPAC Bias -- Part 2
china3 Local abstract * Local foilindex * Overview foils of Status of HPCC with NPAC Bias -3- Auxiliary(Tall) Foils
crpcjavastrollmay96 Local abstract * Local foilindex * Introductory Lectures on Java -- An Overview Mixing Code and Comments
crpctutmay96 Local abstract * Local foilindex * A Tutorial on Base Web Technologies
hpcc96appls Local abstract * Local foilindex * HPCC Current Status: Applications, Industry , Grand and National Challenges
hpcc96hardware Local abstract * Local foilindex * HPCC Current Status: Hardware MPP
hpcc96petaflops Local abstract * Local foilindex * HPCC Futures Topic 2:A Possible PetaFlop Initiative
hpcc96pse Local abstract * Local foilindex * HPCC Futures Topic 1:Problem Solving Environments as the best Software Model
hpcc96software Local abstract * Local foilindex * HPCC Current Status: Software
hpcc96status Local abstract * Local foilindex * HPCC Status -- TeraFlop to Web and Petaflops -- Success and Failure
hpcc96web Local abstract * Local foilindex * HPCC Futures Topic 3: Role of Web Technologies in HPCC
icasejavajune96 Local abstract * Local foilindex * Basic Lectures on Java Language Applets Graphics Networking
webapplservjune96 Local abstract * Local foilindex * Web Application and Services Overview as of June96
Up NPAC HealthCare Projects
See Resource for CareWeb ProjectPPTcareweb Local abstract * Local foilindex * Overview of Syracuse School CareWeb Prototype
PPTgcfcareweb Local abstract * Local foilindex * School Nurse CareWeb Guided Tour Overview
PPTrlcivhealthcare Local abstract * Local foilindex * Overview of Rome Laboratory CIV HealthCare Application
PPTzdeneme2 Local abstract * Local foilindex * School Nurse CareWeb Architecture and Function
carewebguidedtour Local abstract * Local foilindex * Guided Tour of CareWeb Web based School Nurse Support System
carewebscreendumpsmay96 Local abstract * Local foilindex * Collection of GIF Images for CareWeb Project
mar25-97/neattoolsmar97 Local abstract * Local foilindex * NeatTools and Pulsar -- Expressional Interfaces
sc96tutorialHC Local abstract * Local foilindex * Part 2 of Tutorial on Web Technologies and applications to HPCC and HealthCare
telemedmay96 Local abstract * Local foilindex * Web Technology and its Use in Medical Informatics and TeleMedicine
webmedatnpac Local abstract * Local foilindex * Master Set of Foils for Presentation on Medical Informatics at NPAC
webmednpacoverview Local abstract * Local foilindex * NPAC Overview for Web Based Medicine
webmedtango Local abstract * Local foilindex * Overview of Tango, WebWisdom and Video on Demand for WebMed
Up Research:ASOP -- Affordable Systems Optimization Process -- Briefings
ASOPSept95A Local abstract * Local foilindex * ASOP Framework and Technology Plan
ASOPSept95B Local abstract * Local foilindex * ASOP Requirements for the NII
asoplangley Local abstract * Local foilindex * Overview of NII and Web Technology for NII ASOP Review at Langley
asopscript Local abstract * Local foilindex * Overview foils for NII Review for MADIC
mapintmultijune97 Local abstract * Local foilindex * Multidisciplinary Applications
mapinttangojune97 Local abstract * Local foilindex * Use of Tango in Multidisciplinary Interactions
Up Research:Database activities
npacdbover Local abstract * Local foilindex * Overview foils for NPAC Database Activity including Web March 1995
Up Research:High Performance Fortran
PCRCAug95 Local abstract * Local foilindex * General Foils on PCRC -- Parallel Compiler Runtime Consortium
PCRCMay96 Local abstract * Local foilindex * Overview of Parallel Compiler Runtime Consortium
hpfappl95B Local abstract * Local foilindex * An Applications Perspective on High Performance Fortran
hpffutures Local abstract * Local foilindex * The Future of HPF -- MetaComputing and the World Wide Web
hpfipcrc Local abstract * Local foilindex * HPF Interpreter using Web Technologies
hpfover Local abstract * Local foilindex * The Status of HPF from an Application and Compiler Use Point of View
slitex/hpfappl95A Local abstract * Local foilindex * HPF Templates for Data Parallel Applications
Up Research Activities Associated with CRPC
PCRCMay96 Local abstract * Local foilindex * Overview of Parallel Compiler Runtime Consortium
PPTcornell Local abstract * Local foilindex * Master Set of Foils for Overview of Education component of Cornell PACI
PPTjavarice Local abstract * Local foilindex * Optimizing Java
arpapifeb96 Local abstract * Local foilindex * Recommendations for Research in Problem Solving Environments
bbhdaghhpfmar97 Local abstract * Local foilindex * MPI HPF and DAGH for Parallelization of Black Hole Codes
bbhdaghhpfmay97M Local abstract * Local foilindex * Master Foilset for Parallelization of Black Hole Codes using HPF and DAGH
blackholeapr96 Local abstract * Local foilindex * Problem Solving Environments and the NPAC Activity for Black Hole Grand Challenge
cornellmra96 Local abstract * Local foilindex * Some Programmatic Issue in Delivery of Parallel Computing Educational Material
cornellpacied96 Local abstract * Local foilindex * Overview of Cornell PACI Education and Outreach Area
crpchpccapplmay96 Local abstract * Local foilindex * Overview of HPCC Applications at NPAC
crpchpfmay96 Local abstract * Local foilindex * Status of PCRC HPF and HPJava
crpcnetcomp2 Local abstract * Local foilindex * Emerging Network(Web) Technologies for Scientific Computing
crpcpsemay96 Local abstract * Local foilindex * Problem Solving Environments from Simulation, Medicine and Defense using the Web
crpcrsamay96 Local abstract * Local foilindex * Lessons and Implementation -- RSA Factoring on the Web
decmay97 Local abstract * Local foilindex * The Use of Web Technologies (at NPAC) in HPCC Collaboration and Education
doe2000javabeans Local abstract * Local foilindex * JavaBeans and Visual HPCC omponentWare
hpfipcrc Local abstract * Local foilindex * HPF Interpreter using Web Technologies
javaframejune97 Local abstract * Local foilindex * Possible Java Frameworks for Computing
javainhpccmar97 Local abstract * Local foilindex * Java and Web Technologies in HPCC
mar25-97/ceweschemmar97 Local abstract * Local foilindex * Overview of NPAC Research in Computational Chemistry
nhsedec96 Local abstract * Local foilindex * NHSE and Evolving Web Technologies and Lessons from Education
nhsejan96 Local abstract * Local foilindex * Possible Roles of new Web technologies in the National High Performance Software Exchange
pcrcjune97 Local abstract * Local foilindex * Overview of Parallel Compiler Runtime Consortium Activities
petaflopapril97 Local abstract * Local foilindex * And the HPCN Future is: Petaflop Computers and Java and Web Technologies
psptajuly97 Local abstract * Local foilindex * Web Technology as the basis of Portable High Quality HPCN Software
Up Rome Laboratory CIV Project 1995-1997
See Podgorny's Rome Laboratory CIV Resource or Fox's Rome Laboratory CIV ResourceCIVMainFeb2497 Local abstract * Local foilindex * Main CIV Presentation: Technology and 3 Applications
PPTCIVdec2096 Local abstract * Local foilindex * Overview of Command and Control application in CIV Project
PPTTangodec2096 Local abstract * Local foilindex * TANGOsim -- a Java based Collaborative System for Command and Control
PPTrlcivhealthcare Local abstract * Local foilindex * Overview of Rome Laboratory CIV HealthCare Application
RLCIVEMFeb2497 Local abstract * Local foilindex * Electromagnetic Application
RLCIVQMjune96/amovie Local abstract * Local foilindex * ActiveMovie and Video Client for PC Platforms
RLCIVQMjune96/chat-board Local abstract * Local foilindex * A WWW On-line Chat and Bulletin-Board System For Collaborative Interaction
RLCIVQMjune96/gis Local abstract * Local foilindex * Terrain Rendering and GIS using Java and VRML
RLCIVQMjune96/intro Local abstract * Local foilindex * Overview of CIV Quarterly Progress Meeting
RLCIVQMjune96/java-db Local abstract * Local foilindex * Overview of Approaches to Java - Database Connectivity
RLCIVQMjune96/jdbc3 Local abstract * Local foilindex * Using Java/Database Connectivity in CIV
RLCIVQMjune96/talkheads Local abstract * Local foilindex * Overview of Talking Heads Applet and Server
RLCIVQMjune96/vodvtc Local abstract * Local foilindex * Overview of Database support for VTC
RLCIVQMjune96/walczak Local abstract * Local foilindex * Open Inventor Viewer for Terrain Data
RLCIVQMjune96/wavelet Local abstract * Local foilindex * Theory and Practice of Wavelet compression
RLCIVQMjune96/weather Local abstract * Local foilindex * Overview of CIV Weather Application
RLCIVQMjune96/websearch Local abstract * Local foilindex * Piotr Sokolowski, Gang Cheng
RLCIVQMjune96/wojtek Local abstract * Local foilindex * Exploration of Available Collaboratory Technologies for RL CIV
RLCIVQMoct96/beca Local abstract * Local foilindex * Overview of CIV Communication System
RLCIVQMoct96/deepak Local abstract * Local foilindex * Database Support for GIS Application
RLCIVQMoct96/intro Local abstract * Local foilindex * Introduction to Presentations
RLCIVQMoct96/janusz Local abstract * Local foilindex * Integration of multimedia collaboratory environment with Web browser
RLCIVQMoct96/konrad Local abstract * Local foilindex * Building Collaborative Environments with Use of Web Technologies
RLCIVQMoct96/miguel Local abstract * Local foilindex * Wavelet Video Compression
RLCIVQMoct96/plugin Local abstract * Local foilindex * Overview of TANGO Base Technology
RLCIVQMoct96/remek Local abstract * Local foilindex * 3D Geographic Information System
RLCIVQMoct96/roman Local abstract * Local foilindex * 3D Visualization of Visible Human Data
RLCIVQMoct96/scott Local abstract * Local foilindex * Web based Weather Prediction Analysis
RLCIVQMoct96/stach Local abstract * Local foilindex * CIV Videoconferencing
RLCIVQMoct96/toju Local abstract * Local foilindex * The Control Application/Overall Architecture of TANGO
RLCIVQMoct96/vanguard Local abstract * Local foilindex * Command and Control Application
RLCIVQMoct96/wav1 Local abstract * Local foilindex * Wavelet and H.263 Compression Technologies
mapinttangojune97 Local abstract * Local foilindex * Use of Tango in Multidisciplinary Interactions
rlciv18mar96 Local abstract * Local foilindex * Rome Laboratory-NPAC-Vanguard Collaborative and Interactive Visualization -- Second Quarterly Review
rlciv31jan96 Local abstract * Local foilindex * Rome Laboratory-NPAC-Vanguard Collaborative and Interactive Visualization -- First Project Review
rlkickoff17oct95 Local abstract * Local foilindex * Rome Laboratory-NPAC-Vanguard Collaborative and Interactive Visualization -- Project Overview
tangoapplsfeb97 Local abstract * Local foilindex * TANGO Applications -- C2, Education, HealthCare, Simulation
tangotechfeb97 Local abstract * Local foilindex * Tango web Collaboratory Technology
vanguard17oct95 Local abstract * Local foilindex * Collaborative and Interactive Visualization Project Vanguard C3, Demonstration and Coroporate Presentation
webmedtango Local abstract * Local foilindex * Overview of Tango, WebWisdom and Video on Demand for WebMed
Up Research: InfoVision -- Information Video Simulation Imagery on Demand
dbforvrml9feb96 Local abstract * Local foilindex * Study of Use of Databases for VRML and Application to GIS
hariri10aug95 Local abstract * Local foilindex * NYNET Communication System NCS -- A New Multithreaded Message Passing Environment for ATM
leskiw17oct95 Local abstract * Local foilindex * Collaborative and Interactive Visualization Project Leskiw Electromagnetic and C3 Application Foils
webserver Local abstract * Local foilindex * General Description of NPAC's and InfoMall's Webserver Activities
Up Research:Web Technologies at NPAC
PPTdincervpl96 Local abstract * Local foilindex * VPL -- The Virtual Programming Laboratory
PPTjavarice Local abstract * Local foilindex * Optimizing Java
dishpccjune97 Local abstract * Local foilindex * Distributed Simulation (DIS,HLA) HPCC and the Object Web
doe2000javabeans Local abstract * Local foilindex * JavaBeans and Visual HPCC omponentWare
javacseed97 Local abstract * Local foilindex * Java For Computation and Education
javaforcsefall96 Local abstract * Local foilindex * The Future:Petaflop Computers and Java as a High Performance Computational Science and Simulation Language
javainhpccmar97 Local abstract * Local foilindex * Java and Web Technologies in HPCC
petaflopapril97 Local abstract * Local foilindex * And the HPCN Future is: Petaflop Computers and Java and Web Technologies
sc95fafner Local abstract * Local foilindex * Webwork and its application to Factoring on the Web
tangoapplsfeb97 Local abstract * Local foilindex * TANGO Applications -- C2, Education, HealthCare, Simulation
tangotechfeb97 Local abstract * Local foilindex * Tango web Collaboratory Technology
webtool/SC96 Local abstract * Local foilindex * HyperWorld - Design and Prototype Components
webtool/hpdc5metacomp Local abstract * Local foilindex * Towards Web/Java based High Performance Distributed Computing - an Evolving Virtual Machine
webvisionsept95 Local abstract * Local foilindex * Fall 95 Vision for Evolution of World Wide Web Technology
webwindows Local abstract * Local foilindex * CRPC Annual Meeting WebWindows Presentation
webworksept95 Local abstract * Local foilindex * Master Foilset for Fall 95 WebWork -- MetaComputing and Distributed Software Engineering
Up Miscellaneous Resources including Screen Dumps
WhitePaper Local abstract * Local foilindex * Set of Poster and Similar Presentatons
carewebscreendumpsmay96 Local abstract * Local foilindex * Collection of GIF Images for CareWeb Project
fakefoils Local abstract * Local foilindex * Title and Abstract of FakeFoilset
millsscreendumps Local abstract * Local foilindex * Kim Mills Collection of GIF Images for NPAC Projects 96-
npacaddons Local abstract * Local foilindex * Collection of GIF Images for General NPAC Projects 1995-March96
npacscreendumps96 Local abstract * Local foilindex * Collection of GIF Images for General NPAC Projects April96-
npacscreendumps97 Local abstract * Local foilindex * Collection of GIF Images for General NPAC Projects January 97-
webworkaddons Local abstract * Local foilindex * Additional Material for Web Technology Presentations July 95 -- March 96
wwwhelp Local abstract * Local foilindex * Foils to illustrate wwwfoil used in wwwfoilhelp
Up "Master" foilsets used to build one or more scripts
Any foils here are repeated in other foilsets in proper order and with proper insertions
Search Continued as too many files 2
If Multiple Search Collections you must look at (click on) all continuations to query all files
PCRCMay97 Local abstract * Local foilindex * Overview of Parallel Compiler Runtime Consortium Activities Master Foilset
PPTPennState Local abstract * Local foilindex * Master Presentation on Java for Simulation and Education
PPTadclubdec96 Local abstract * Local foilindex * Master Set of Foils for Presentation on Role of Web Technologies in Advertising
PPTnhsedec96 Local abstract * Local foilindex * Master Set of Foils on Relevant Web Technologies for NHSE and Education
asopmaster Local abstract * Local foilindex * Master for Overview foils for NII Review for MADIC
asopmasterB Local abstract * Local foilindex * Master of Overview of NII and Web Technology for NII ASOP Review at Langley
bbhdaghhpfmar97M Local abstract * Local foilindex * Master Foilset for MPI HPF and DAGH for Parallelization of Black Hole Codes
certificatemar97M Local abstract * Local foilindex * Master Set of Foils for Web Certificate Presentation
cornellhpcc96M Local abstract * Local foilindex * Master Foils for A Short Overview of HPCC -- From GigaFlops to PetaFlops and From Tightly Coupled MPP's to the World Wide Web
cps615A Local abstract * Local foilindex * Master Set A of Overview Material on Parallel Computing for CPS615 Foils
cps615B Local abstract * Local foilindex * Master Set B of Overview Material on Parallel Computing for CPS615 Foils
cps615G Local abstract * Local foilindex * CPS615 Foils -- Master set G for Iterative Approachs to PDE Solution
cps615master Local abstract * Local foilindex * Miscellaneous CPS615 Foils
cps615master1 Local abstract * Local foilindex * Master Material for Initial CPS615 Course and Parallel Computing Overview
cps615master2 Local abstract * Local foilindex * Master Material for Second set of lectures on CPS615 Parallel Computing Overview
cps615master96 Local abstract * Local foilindex * Master Set of Foils for 1996 Session of CPS615
cps616admin97 Local abstract * Local foilindex * Administrative Foilset for CPS616 Technologies of the Information Age 1997
cps616oracleweb96M Local abstract * Local foilindex * Master Foilset for Web-Oracle Integration
cps616rdbms1 Local abstract * Local foilindex * First Part (Motivation, Theory) of Parallel Relational Databases
cps616rdbms2 Local abstract * Local foilindex * Second Part (Benchmarking,Explicit Systems, Textwise) of Parallel Relational Databases
cps616threadsmaster Local abstract * Local foilindex * Master Foils for Basic Threads Discussion including Niemiec's TCE in detail
cps616webdbms Local abstract * Local foilindex * CPS600 Presentation on Linkage of Web to Relational(Oracle) Databases
cps713nr96M Local abstract * Local foilindex * Master Foilset of Detailed Discussion of Numerical Formulation and Solution of Collision of two Black Holes
cps713over94M Local abstract * Local foilindex * Master set for Case Studies of Computational Science -- Overview of 3 Areas (Monte Carlo,CFD/Numerical Relativity,Information Age)
crpcmay96 Local abstract * Local foilindex * General Collection of Foils for CRPC Annual Meeting
crpcnetcomp2M Local abstract * Local foilindex * Master Foilset for Web Based Network Technologies for Scientific Computing
daytonjune97 Local abstract * Local foilindex * Master Set of Foils for Two Talks at Dayton (Multidisciplinary Applications, Tango Collaboratory)
ecsfall95 Local abstract * Local foilindex * Master Support set for Engineering and Computer Science Presentations
foxresfall95 Local abstract * Local foilindex * Set of Add-On Foils for Research Presentations
generalfoils97 Local abstract * Local foilindex * Variety of Foils Used Starting January 97
generalfoils97B Local abstract * Local foilindex * General NPAC Foils-B starting June97(PowerPoint)
generalres96 Local abstract * Local foilindex * Miscellaneous Presentation Material used in 1996
generalresB96 Local abstract * Local foilindex * General Collection of Research Foils -- July--December 1996
goethe96M Local abstract * Local foilindex * Master Foilset for The Information Highway for Goethe Institut
hpcs95master Local abstract * Local foilindex * Master Foilset for HPCS95 Keynote Presentation
hpdc95compressmaster Local abstract * Local foilindex * Master Foils for Compression Presentation for HPDC95 Tutorial
hpdc95master Local abstract * Local foilindex * Master Foilset for Interactive Web based HPDC Technologies for Distance Education
hpffuturesM Local abstract * Local foilindex * Master Foilset for The Future of HPF -- MetaComputing and the World Wide Web
hpfoverM Local abstract * Local foilindex * The Status of HPF from an Application and Compiler Use Point of View
javaforcsefall96M Local abstract * Local foilindex * Master Set of Presentations on Java for Computational Science
niikids97M Local abstract * Local foilindex * Master Set of Foils for Description of Why Kids Should Care about the Web
rcihalloween95M Local abstract * Local foilindex * Master Foilset for RCI Presentation on HPCC and NII for Industry and Education
rdbmshpdc95 Local abstract * Local foilindex * Masters for Full Relational Database Presentation prepared for HPDC-4 Tutorial
reumaster Local abstract * Local foilindex * Master Foilset for REU Presentation -- An Overview of NPAC
rlciv31jan96M Local abstract * Local foilindex * Master Foilset for Rome Laboratory-NPAC-Vanguard Collaborative and Interactive Visualization -- First Project Review
rlkickoff17oct95M Local abstract * Local foilindex * Master Foilset for Rome Laboratory-NPAC-Vanguard Collaborative and Interactive Visualization -- Project Overview
sc95tutorialmaster Local abstract * Local foilindex * Supercomputing 95 Tutorial on Web Technologies for Education Master Presentation
sc96master Local abstract * Local foilindex * Master Set of Foils for NPAC Supercomputing 96 Tutorial
slitex/CPS615FEM95 Local abstract * Local foilindex * CPS615 Gauss Seidel Finite Element Methods and Conjugate Gradient
slitex/CPS615Mat95 Local abstract * Local foilindex * CPS615 Module on Matrices and EigenStructure
tangoapplsfeb97M Local abstract * Local foilindex * Master for TANGO Applications -- C2, Education, HealthCare, Simulation
tangojune97 Local abstract * Local foilindex * Master Set of Material on Tango and Collaboratoies
virtuniv95master Local abstract * Local foilindex * Master Foilset for Technologies and Issues for Virtual University
webtool/fakefoils Local abstract * Local foilindex * Dynamically Constructed FoilSet for General URL's
webtrain Local abstract * Local foilindex * Master Set of Foils for Two Web Training Presentations
webvisionsept95M Local abstract * Local foilindex * Master Foilset for Fall95 Vision for Evolution of World Wide Web Technology
webwisdommar96M Local abstract * Local foilindex * Web Technologies for Education and NPAC Projects Master Presentation
webworksept95M Local abstract * Local foilindex * WebWork -- MetaComputing and Distributed Software Engineering
Titles and Abstracts
Local OneLiner * Local foilindex Title and Abstract for cps616jdk11may97
Local OneLiner * Local foilindex Title and Abstract for uccjava97-1intro
Local OneLiner * Local foilindex Title and Abstract for uccjava97-2lang
Local OneLiner * Local foilindex Title and Abstract for uccjava97-3awt
Local OneLiner * Local foilindex Title and Abstract for uccjava97-4rest
Local OneLiner * Local foilindex Title and Abstract for uccjdbc97
Local OneLiner * Local foilindex Title and Abstract for chinamay97
Local OneLiner * Local foilindex Title and Abstract for cps616activexapril97
Local OneLiner * Local foilindex Title and Abstract for cps616advancedjdbc
Local OneLiner * Local foilindex Title and Abstract for cps616appl97
Local OneLiner * Local foilindex Title and Abstract for cps616basicvrml2april97
Local OneLiner * Local foilindex Title and Abstract for cps616basicvrml96
Local OneLiner * Local foilindex Title and Abstract for cps616commerce97
Local OneLiner * Local foilindex Title and Abstract for cps616javascript97
Local OneLiner * Local foilindex Title and Abstract for cps616jdbc97
Local OneLiner * Local foilindex Title and Abstract for cps616master97
Local OneLiner * Local foilindex Title and Abstract for cps616oracleaccess97
Local OneLiner * Local foilindex Title and Abstract for cps616oraclebasic96
Local OneLiner * Local foilindex Title and Abstract for cps616oracleweb97M
Local OneLiner * Local foilindex Title and Abstract for cps616perl
Local OneLiner * Local foilindex Title and Abstract for cps616perl5etc
Local OneLiner * Local foilindex Title and Abstract for cps616vrml2scriptapril97
Local OneLiner * Local foilindex Title and Abstract for cps616webreviewjune97
Local OneLiner * Local foilindex Title and Abstract for ecs400spring97/ecs400cgi
Local OneLiner * Local foilindex Title and Abstract for ecs400spring97/ecs400html
Local OneLiner * Local foilindex Title and Abstract for javatutorial97.1
Local OneLiner * Local foilindex Title and Abstract for javatutorial97.2
Local OneLiner * Local foilindex Title and Abstract for javatutorial97.3
Local OneLiner * Local foilindex Title and Abstract for javatutorial97.4
Local OneLiner * Local foilindex Title and Abstract for webtrainjune97A
Local OneLiner * Local foilindex Title and Abstract for webtrainjune97B
Local OneLiner * Local foilindex Title and Abstract for cps606summer97/webarch97
Local OneLiner * Local foilindex Title and Abstract for psptajuly97
Local OneLiner * Local foilindex Title and Abstract for uccjavascript97
Local OneLiner * Local foilindex Title and Abstract for cps616-97feb10
Local OneLiner * Local foilindex Title and Abstract for cps616-97feb12
Local OneLiner * Local foilindex Title and Abstract for cps616-97feb17
Local OneLiner * Local foilindex Title and Abstract for cps616-97feb3
Local OneLiner * Local foilindex Title and Abstract for cps616-97feb5
Local OneLiner * Local foilindex Title and Abstract for cps616-97jan15
Local OneLiner * Local foilindex Title and Abstract for cps616-97jan22
Local OneLiner * Local foilindex Title and Abstract for cps616-97jan27
Local OneLiner * Local foilindex Title and Abstract for cps616-97jan29
Local OneLiner * Local foilindex Title and Abstract for cps616cgi97
Local OneLiner * Local foilindex Title and Abstract for cps616http97
Local OneLiner * Local foilindex Title and Abstract for javacseed97
Local OneLiner * Local foilindex Title and Abstract for javatutorial96.1
Local OneLiner * Local foilindex Title and Abstract for javatutorial96.2
Local OneLiner * Local foilindex Title and Abstract for javatutorial96.3
Local OneLiner * Local foilindex Title and Abstract for javatutorial96.4
Local OneLiner * Local foilindex Title and Abstract for cps640/PPTmmnetintro
Local OneLiner * Local foilindex Title and Abstract for cps640/RSVP
Local OneLiner * Local foilindex Title and Abstract for cps640/mmnetworks
Local OneLiner * Local foilindex Title and Abstract for cps640/multicast
Local OneLiner * Local foilindex Title and Abstract for cps640/scenarios
Local OneLiner * Local foilindex Title and Abstract for ecs400spring97/ecs400a
Local OneLiner * Local foilindex Title and Abstract for ecs400spring97/ecs400http
Local OneLiner * Local foilindex Title and Abstract for ecs400spring97/ecs400webintro
Local OneLiner * Local foilindex Title and Abstract for cps615dec596
Local OneLiner * Local foilindex Title and Abstract for cps615nov1496
Local OneLiner * Local foilindex Title and Abstract for cps615nov2696
Local OneLiner * Local foilindex Title and Abstract for cps615nov796
Local OneLiner * Local foilindex Title and Abstract for cps615nov896
Local OneLiner * Local foilindex Title and Abstract for cps615oct1096
Local OneLiner * Local foilindex Title and Abstract for cps615oct1596
Local OneLiner * Local foilindex Title and Abstract for cps615oct196
Local OneLiner * Local foilindex Title and Abstract for cps615oct2296
Local OneLiner * Local foilindex Title and Abstract for cps615oct2496
Local OneLiner * Local foilindex Title and Abstract for cps615oct3196
Local OneLiner * Local foilindex Title and Abstract for cps615sept1096
Local OneLiner * Local foilindex Title and Abstract for cps615sept1296
Local OneLiner * Local foilindex Title and Abstract for cps615sept2496
Local OneLiner * Local foilindex Title and Abstract for cps615sept2696
Local OneLiner * Local foilindex Title and Abstract for cps615sept596
Local OneLiner * Local foilindex Title and Abstract for crpcnetcomp2
Local OneLiner * Local foilindex Title and Abstract for sc96tutorial
Local OneLiner * Local foilindex Title and Abstract for cps615C
Local OneLiner * Local foilindex Title and Abstract for cps615D
Local OneLiner * Local foilindex Title and Abstract for cps615E
Local OneLiner * Local foilindex Title and Abstract for cps615F
Local OneLiner * Local foilindex Title and Abstract for cps615PDEIter95
Local OneLiner * Local foilindex Title and Abstract for cps615f9095
Local OneLiner * Local foilindex Title and Abstract for cps615f90hpf96
Local OneLiner * Local foilindex Title and Abstract for cps615femcg95
Local OneLiner * Local foilindex Title and Abstract for cps615intro96
Local OneLiner * Local foilindex Title and Abstract for cps615linalg95
Local OneLiner * Local foilindex Title and Abstract for cps615mat95
Local OneLiner * Local foilindex Title and Abstract for cps615mpi95
Local OneLiner * Local foilindex Title and Abstract for cps615software96
Local OneLiner * Local foilindex Title and Abstract for cps713complexsys96
Local OneLiner * Local foilindex Title and Abstract for progparaA
Local OneLiner * Local foilindex Title and Abstract for progparaB
Local OneLiner * Local foilindex Title and Abstract for slitex/CPS615NI95
Slitex Foilset CPS615 Numerical Integration Module
This module describes numerical integration covering first the simplest trapezoidal and Simpson's rule. This is followed by their general Newton-Cotes extensions and adaptive Simpson's Rule. Gaussian integration is briefly described. Most of the presentation is devoted to Monte Carlo methods including Importance Sampling and Metropolis Method. Examples are given from financial modelling, experimental and theoretical high energy physics.Local OneLiner * Local foilindex Title and Abstract for slitex/CPS713OPT
Slitex Foilset COMPUTATIONAL SCIENCE SIMULATION TRACK CPS615/713 SOME PRACTICAL OPTIMIZATION METHODS
This lecture-set discusses a variety of problems including TSP, linear programming, and data analysis. We discuss relevance of central limit theorem, least squares, maximum likelihood, histograms, and scatterplots.We use simple length measurement, as well as full scale physics experiment to discuss chisq, maximum likelihood, and their contrast. Computer implementations are discussed for Nonlinear Minimization, linear programming, and histogramming. The foils end with notes for a set of CPS713 projects in this area.Local OneLiner * Local foilindex Title and Abstract for cps606fall96/cps606image
Local OneLiner * Local foilindex Title and Abstract for cps606fall96/cps606intro
Local OneLiner * Local foilindex Title and Abstract for cps606fall96/cps606net
Local OneLiner * Local foilindex Title and Abstract for ecs400fall96/ecs400a
Local OneLiner * Local foilindex Title and Abstract for ecs400fall96/ecs400cgi
Local OneLiner * Local foilindex Title and Abstract for ecs400fall96/ecs400html
Local OneLiner * Local foilindex Title and Abstract for ecs400fall96/ecs400http
Local OneLiner * Local foilindex Title and Abstract for ecs400fall96/ecs400proj
Local OneLiner * Local foilindex Title and Abstract for ecs400fall96/ecs400www
Local OneLiner * Local foilindex Title and Abstract for cps616appl96
Local OneLiner * Local foilindex Title and Abstract for cps616dbforvrml
Local OneLiner * Local foilindex Title and Abstract for cps616java96
Local OneLiner * Local foilindex Title and Abstract for cps616javascript96
Local OneLiner * Local foilindex Title and Abstract for cps616master96
Local OneLiner * Local foilindex Title and Abstract for cps616oracleaccess96
Local OneLiner * Local foilindex Title and Abstract for cps616oracleweb96
Local OneLiner * Local foilindex Title and Abstract for cps616over96
Local OneLiner * Local foilindex Title and Abstract for cps616services96
Local OneLiner * Local foilindex Title and Abstract for cps616tech96
Local OneLiner * Local foilindex Title and Abstract for ecs400spring96/ecs400a
Local OneLiner * Local foilindex Title and Abstract for ecs400spring96/ecs400cgi
Local OneLiner * Local foilindex Title and Abstract for ecs400spring96/ecs400html
Local OneLiner * Local foilindex Title and Abstract for ecs400spring96/ecs400http
Local OneLiner * Local foilindex Title and Abstract for ecs400spring96/ecs400javastroll
Local OneLiner * Local foilindex Title and Abstract for ecs400spring96/ecs400perlstroll
Local OneLiner * Local foilindex Title and Abstract for ecs400spring96/ecs400projects
Local OneLiner * Local foilindex Title and Abstract for ecs400spring96/ecs400www
Local OneLiner * Local foilindex Title and Abstract for cps615hpf95
Local OneLiner * Local foilindex Title and Abstract for cps615hpfintro95
Local OneLiner * Local foilindex Title and Abstract for cps615lectures1
Local OneLiner * Local foilindex Title and Abstract for cps615lectures2
Local OneLiner * Local foilindex Title and Abstract for cps615nic95
Local OneLiner * Local foilindex Title and Abstract for cps713nasi96
Local OneLiner * Local foilindex Title and Abstract for cps713nasii96
Local OneLiner * Local foilindex Title and Abstract for cps713nasiii96
Local OneLiner * Local foilindex Title and Abstract for cps713nr96
Local OneLiner * Local foilindex Title and Abstract for cps713opt96
Local OneLiner * Local foilindex Title and Abstract for cps713over94
Local OneLiner * Local foilindex Title and Abstract for cps713overI94
Local OneLiner * Local foilindex Title and Abstract for cps713overII94
Local OneLiner * Local foilindex Title and Abstract for slitex/CPS713MonteCarlo96
Slitex Foilset CPS713 Monte Carlo Simulation for Statistical Physics
This extensive Overview of Monte Carlo Methods and Associated Technologies was presented by Paul Coddington Fall 94 and Updated to Spring 96. It Covers Spin Models, Basic Monte Carlo, Tricks of the Trade, Simulated Annealing and Random Number Generation. Both Parallel and Sequential Approaches are CoveredLocal OneLiner * Local foilindex Title and Abstract for slitex/CPS713STAT
Slitex Foilset CPS713 APPLICATIONS OF COMPUTATIONAL SCIENCE: STATISTICS FOR PHYSICS
These notes were developed in a set of courses taught at Caltech, 1980--1989. They describe statistics with a particular emphasis on parameter estimation, as occurs in many physics experimental analysis problems. Although the notes were developed for physics majors, they can be read by any computational scientist. We cover the following topics: basic definitions and results, important discrete distributions, estimation of parameters, minimization, goodness of fit, and generation of random numbers.Local OneLiner * Local foilindex Title and Abstract for slitex/bbhklasky
Slitex Foilset Scott Klasky Presentation on Binary Black Hole Collision
This presents the overall physics motivation and basic physics of the Binary Black Hole Grand Challenge Project. We also go through the basic equations and their numerical formulation.Local OneLiner * Local foilindex Title and Abstract for cps616fulldbms
Local OneLiner * Local foilindex Title and Abstract for cps714overI94
Local OneLiner * Local foilindex Title and Abstract for cps616collab
Local OneLiner * Local foilindex Title and Abstract for cps616compress
Local OneLiner * Local foilindex Title and Abstract for cps616overview
Local OneLiner * Local foilindex Title and Abstract for cps616threads
Local OneLiner * Local foilindex Title and Abstract for hpdc95agent
Local OneLiner * Local foilindex Title and Abstract for hpdc95collab
Local OneLiner * Local foilindex Title and Abstract for hpdc95compress
Local OneLiner * Local foilindex Title and Abstract for hpdc95videoA
Local OneLiner * Local foilindex Title and Abstract for hpdc95videoB
Local OneLiner * Local foilindex Title and Abstract for hpdc95websearch
Local OneLiner * Local foilindex Title and Abstract for slitex/atmmahesh
Slitex Foilset Asynchronous Transfer Mode Tutorial
In this tutorial we present an overview of ATM and Gigabit Networks. We begin with an overview of High Speed Networks and their applications. Next we examine the details of the ATM protocols and formats. We also look at the ATM-adaptation layers (AAL) and the manner in which ATM cells are actually packaged for transmission across the user-network interface.Local OneLiner * Local foilindex Title and Abstract for webtool/CGI
Webtool Foilset Common Gateway Interface:CGI
This material on the CGI (Common Gateway Interface) was prepared by Wojtek Furmanski for the Spring 1995 Syracuse Course CPS600 on "Technologies for WebWindows". We describe both the functionality and implementation of the CGI which allows one to interface arbitary programs (often in PERL) with World Wide Web Servers.Local OneLiner * Local foilindex Title and Abstract for webtool/CPS600CourseServer
Webtool Foilset CPS600 WebTool Course Server
This material on the CPS600 Course Server was prepared by Wojtek Furmanski for the Spring 1995 Syracuse Course CPS600 on "Technologies for WebWindows". The course material and Student activities were somewhat organized around a course Web Server described here. This server was built using the prototype WebTool technologies which are described elsewhere. As implementation preliminary, not all material and activities are here but we learnt a lot from this activity which integrated education with research activities.Local OneLiner * Local foilindex Title and Abstract for webtool/Forms
Webtool Foilset HTML Forms
This material on HTML Forms was prepared by Wojtek Furmanski for the Spring 1995 Syracuse Course CPS600 on "Technologies for WebWindows". HTML Forms are an example of using CGI scripts to enhance functionality of base server technology. We describe Form format and take as an example its use in WebTools to allow general editing.Local OneLiner * Local foilindex Title and Abstract for webtool/HTML
Webtool Foilset HTML
This short summary of HTML Development Tools as of January 1995 was prepared for CPS600 Course taught by Geoffrey Fox Spring Semester 1995Local OneLiner * Local foilindex Title and Abstract for webtool/HTTP
Webtool Foilset HyperText Transfer Protocol HTTP for Server-Client Communication
This material on the HTTP (HyperText Transfer) Protocol was prepared by Wojtek Furmanski for the Spring 1995 Syracuse Course CPS600 on "Technologies for WebWindows". HTTP is protocol used by Web Servers and Clients in their communication and is closely related to MIME data format used by electronic mail. We describe both functionality and detailed use of HTTP with both GET and POST mechanisms.Local OneLiner * Local foilindex Title and Abstract for webtool/HTTPD
Webtool Foilset Web Servers or HyperText Transfer Protocol Daemons -- HTTPD
This material on World Wide Web Servers was prepared by Wojtek Furmanski for the Spring 1995 Syracuse Course CPS600 on "Technologies for WebWindows". HTTP Protocol is described elsewhere and here we describe the relatively simple daemons (HTTP daemons) which are core of a Web Server. Note key additional functionality is provided by CGI mechanism descibed elsewhere which allows further PERL programs to be used to enhance Server functionality. We describe in great detail the set up of the NCSA HTTP daemon with functionality of the various directories and configuration files. Other servers are also reviewed including the parallel Web server implemented on the nCUBE.Local OneLiner * Local foilindex Title and Abstract for webtool/Imagemaps
Webtool Foilset HTML Clickable Imagemaps
This material on HTML Clickable Imagemaps was prepared by Wojtek Furmanski for the Spring 1995 Syracuse Course CPS600 on "Technologies for WebWindows". Like Forma and CGI mechanism, HTML Clickable Imagemaps allow more interactive Web Services. We give an example and describe functionality and implementation.Local OneLiner * Local foilindex Title and Abstract for webtool/Java
Webtool Foilset Java Tutorial
This Tutorial on Java covers both the Browser HotJava and the language Java which is a semi interpreted and restricted version of C++. The language design features as well as syntax are covered. Examples are given of use of built in classes as well as tables of these. It was developed for a tutorial given at HPDC95 August 1,1995Local OneLiner * Local foilindex Title and Abstract for webtool/MIME
Webtool Foilset MultiPurpose Internet Mail Extension Data Format -- MIME
This material on the MIME (MultiPurpose Internet Mail Extension) data format was prepared by Wojtek Furmanski for the Spring 1995 Syracuse Course CPS600 on "Technologies for WebWindows". We describe the MIME format which is basis of simple and extended electronic mail services. Note MIME is closely related to HTTP Protocol described elsewhere. We also review the Internet process for discussing and setting standards including RFC-822 document for electronic mail.Local OneLiner * Local foilindex Title and Abstract for webtool/Perl5
Webtool Foilset Perl5
This overview of Perl5 was used in CPS600 course Spring 1995 and followed an extensive discussion of Perl4 earlier in the class. This discusses both the new pointer, multi-dimensional array and object-oriented features. It still needs a crisper discussion with more examples.Local OneLiner * Local foilindex Title and Abstract for webtool/VRML
Webtool Foilset VRML Tutorial
The design features of VRML in the context of a restriction of Open Inventor with added web capability are described. A table of existing nodes and example source is given. It was developed for a tutorial given at HPDC95 August 1,1995Local OneLiner * Local foilindex Title and Abstract for webtool/WebTools(Spring1995)
Webtool Foilset WebTools (Spring1995)
This Overview of the NPAC WebTools project was prepared by Wojtek Furmanski for the Spring 1995 Semester class of CPS600. WebTools was was first used in very preliminary fashion in this class and this lecture set describes virtual disk navigator, hyperworld manager, on-line HTML editor, and the WebTool interface to mh mailLocal OneLiner * Local foilindex Title and Abstract for webtool/WebTools(Summer1995)
Webtool Foilset WebTools (Updated to Summer 1995)
This Overview of the NPAC WebTools project was originally prepared by Wojtek Furmanski for the Spring 1995 Semester class of CPS600. WebTools was was first used in very preliminary fashion in this class and this lecture set describes virtual disk navigator, hyperworld manager, on-line HTML editor, and the WebTool interface to mh mail. THe updates also include WebSpell, WebSearch, WebEdit interfaces to emacs/vi as well the HyPerl software engineering tool.Local OneLiner * Local foilindex Title and Abstract for webtutorial
Local OneLiner * Local foilindex Title and Abstract for sc95enterprise
Local OneLiner * Local foilindex Title and Abstract for sc95java
Local OneLiner * Local foilindex Title and Abstract for sc95lsb
Local OneLiner * Local foilindex Title and Abstract for sc95televirtual
Local OneLiner * Local foilindex Title and Abstract for sc95tutorial
Local OneLiner * Local foilindex Title and Abstract for sc95video
Local OneLiner * Local foilindex Title and Abstract for sc95vrml
Local OneLiner * Local foilindex Title and Abstract for sc95webrdbms
Local OneLiner * Local foilindex Title and Abstract for carewebguidedtour
Local OneLiner * Local foilindex Title and Abstract for npacscreendumps96
Local OneLiner * Local foilindex Title and Abstract for sc96tutorialHC
Local OneLiner * Local foilindex Title and Abstract for webtool/SC96
Webtool Foilset HyperWorld - Design and Prototype Components
This talk discusses Technologies and applications related to Collaboration and Computation and the Generation of HyperWorlds. Technologies discussed include HyperWorld, Collaboratories, Java Web Servers, and the compute Net formed by Web Servers and Clients -- WebFlow/WebVM. Applications include Command and Control, Telemedicine and full Televirtuality!Local OneLiner * Local foilindex Title and Abstract for PPTmabcornell1
Local OneLiner * Local foilindex Title and Abstract for PPTmabcornell2
Local OneLiner * Local foilindex Title and Abstract for PPTmetaCRPC-ANL96
Local OneLiner * Local foilindex Title and Abstract for crpcjavamay96
Local OneLiner * Local foilindex Title and Abstract for crpcjavastrollmay96
Local OneLiner * Local foilindex Title and Abstract for crpctutmay96
Local OneLiner * Local foilindex Title and Abstract for ibmtech7feb96
Local OneLiner * Local foilindex Title and Abstract for icasejavajune96
Local OneLiner * Local foilindex Title and Abstract for javaaddonfall96
Local OneLiner * Local foilindex Title and Abstract for PPThpccedinuk
Local OneLiner * Local foilindex Title and Abstract for compsci95
Local OneLiner * Local foilindex Title and Abstract for compsci97
Local OneLiner * Local foilindex Title and Abstract for phy105
Local OneLiner * Local foilindex Title and Abstract for vidalimar96
Local OneLiner * Local foilindex Title and Abstract for certificatemar97
Local OneLiner * Local foilindex Title and Abstract for crpcedtechmay96
Local OneLiner * Local foilindex Title and Abstract for edtechmar1197
Local OneLiner * Local foilindex Title and Abstract for kidsweb
Local OneLiner * Local foilindex Title and Abstract for livingtextbook
Local OneLiner * Local foilindex Title and Abstract for mar25-97/phy105mar97
Local OneLiner * Local foilindex Title and Abstract for niikids
Local OneLiner * Local foilindex Title and Abstract for niikids97
Local OneLiner * Local foilindex Title and Abstract for virtuniv95
Local OneLiner * Local foilindex Title and Abstract for webwisdomapr96
Local OneLiner * Local foilindex Title and Abstract for webwisdommar96
Local OneLiner * Local foilindex Title and Abstract for crpcappls
Local OneLiner * Local foilindex Title and Abstract for webapplservjune96
Local OneLiner * Local foilindex Title and Abstract for Ida1
Local OneLiner * Local foilindex Title and Abstract for Ida2
Local OneLiner * Local foilindex Title and Abstract for hpcs95
Local OneLiner * Local foilindex Title and Abstract for rciapril97
Local OneLiner * Local foilindex Title and Abstract for rcihalloween95
Local OneLiner * Local foilindex Title and Abstract for mameoct95
Local OneLiner * Local foilindex Title and Abstract for pasadena2
Local OneLiner * Local foilindex Title and Abstract for psepurdue95
Local OneLiner * Local foilindex Title and Abstract for infovision95
Local OneLiner * Local foilindex Title and Abstract for PPTKoggeJNAC3
Local OneLiner * Local foilindex Title and Abstract for PPTKoggepimtalk
Local OneLiner * Local foilindex Title and Abstract for PPTpetasoft
Local OneLiner * Local foilindex Title and Abstract for PPTpetasoftjan97
Local OneLiner * Local foilindex Title and Abstract for PPTpetasoftstrat
Local OneLiner * Local foilindex Title and Abstract for PPTsmithpetaoverview1
Local OneLiner * Local foilindex Title and Abstract for PPTsmithpetaoverview2
Local OneLiner * Local foilindex Title and Abstract for cornellhpcc96
Local OneLiner * Local foilindex Title and Abstract for hpcc96petaflops
Local OneLiner * Local foilindex Title and Abstract for javaforcsefall96
Local OneLiner * Local foilindex Title and Abstract for petaflopapril97
Local OneLiner * Local foilindex Title and Abstract for petaflopjan97
Local OneLiner * Local foilindex Title and Abstract for bbhdaghhpfmar97
Local OneLiner * Local foilindex Title and Abstract for dishpccjune97
Local OneLiner * Local foilindex Title and Abstract for javainhpccmar97
Local OneLiner * Local foilindex Title and Abstract for mapintmultijune97
Local OneLiner * Local foilindex Title and Abstract for mapinttangojune97
Local OneLiner * Local foilindex Title and Abstract for mar25-97/cewesbbhmar97
Local OneLiner * Local foilindex Title and Abstract for mar25-97/ceweschemmar97
Local OneLiner * Local foilindex Title and Abstract for mar25-97/cewesdbmar97
Local OneLiner * Local foilindex Title and Abstract for mar25-97/cewesweathermar97
Local OneLiner * Local foilindex Title and Abstract for mar25-97/facilitymar97
Local OneLiner * Local foilindex Title and Abstract for mar25-97/neattoolsmar97
Local OneLiner * Local foilindex Title and Abstract for mar25-97/tangommediamar97
Local OneLiner * Local foilindex Title and Abstract for tangoapplsfeb97
Local OneLiner * Local foilindex Title and Abstract for tangotechfeb97
Local OneLiner * Local foilindex Title and Abstract for china1
Local OneLiner * Local foilindex Title and Abstract for china2
Local OneLiner * Local foilindex Title and Abstract for china3
Local OneLiner * Local foilindex Title and Abstract for decmay97
Local OneLiner * Local foilindex Title and Abstract for doe2000javabeans
Local OneLiner * Local foilindex Title and Abstract for hpcc96appls
Local OneLiner * Local foilindex Title and Abstract for hpcc96hardware
Local OneLiner * Local foilindex Title and Abstract for hpcc96pse
Local OneLiner * Local foilindex Title and Abstract for hpcc96software
Local OneLiner * Local foilindex Title and Abstract for hpcc96status
Local OneLiner * Local foilindex Title and Abstract for hpcc96web
Local OneLiner * Local foilindex Title and Abstract for minnnov95
Local OneLiner * Local foilindex Title and Abstract for mppoioct95
Local OneLiner * Local foilindex Title and Abstract for infomall95
Local OneLiner * Local foilindex Title and Abstract for webmednpacoverview
Local OneLiner * Local foilindex Title and Abstract for PPTcareweb
Local OneLiner * Local foilindex Title and Abstract for PPTgcfcareweb
Local OneLiner * Local foilindex Title and Abstract for PPTzdeneme2
Local OneLiner * Local foilindex Title and Abstract for adclubdec96
Local OneLiner * Local foilindex Title and Abstract for casemeetsept95
Local OneLiner * Local foilindex Title and Abstract for cnycitidec95
Local OneLiner * Local foilindex Title and Abstract for telemedmay96
Local OneLiner * Local foilindex Title and Abstract for welchallynfeb96
Local OneLiner * Local foilindex Title and Abstract for goethe96
Local OneLiner * Local foilindex Title and Abstract for statenov95
Local OneLiner * Local foilindex Title and Abstract for casenov95
Local OneLiner * Local foilindex Title and Abstract for ecseductalk
Local OneLiner * Local foilindex Title and Abstract for ecsmarch96
Local OneLiner * Local foilindex Title and Abstract for reuscript
Local OneLiner * Local foilindex Title and Abstract for trusteesM
Local OneLiner * Local foilindex Title and Abstract for PPTrlcivhealthcare
Local OneLiner * Local foilindex Title and Abstract for carewebscreendumpsmay96
Local OneLiner * Local foilindex Title and Abstract for webmedatnpac
Local OneLiner * Local foilindex Title and Abstract for webmedtango
Local OneLiner * Local foilindex Title and Abstract for ASOPSept95A
Local OneLiner * Local foilindex Title and Abstract for ASOPSept95B
Local OneLiner * Local foilindex Title and Abstract for asoplangley
Local OneLiner * Local foilindex Title and Abstract for asopscript
Local OneLiner * Local foilindex Title and Abstract for npacdbover
Local OneLiner * Local foilindex Title and Abstract for PCRCAug95
Local OneLiner * Local foilindex Title and Abstract for PCRCMay96
Local OneLiner * Local foilindex Title and Abstract for hpfappl95B
Local OneLiner * Local foilindex Title and Abstract for hpffutures
Local OneLiner * Local foilindex Title and Abstract for hpfipcrc
Local OneLiner * Local foilindex Title and Abstract for hpfover
Local OneLiner * Local foilindex Title and Abstract for slitex/hpfappl95A
Slitex Foilset HPF Templates for Data Parallel Applications
We discuss issues for implementing scientific and enginering applications in High Performance Fortran, and focus on algorithms for solving partial differential equations, direct, indirect, explicit and implicit methods. We present a number of specific HPF code templates for implementing solver algorithms. We also present a information package on the World Wide Web, expositing how to implement applications in HPF.Local OneLiner * Local foilindex Title and Abstract for PPTcornell
Local OneLiner * Local foilindex Title and Abstract for PPTjavarice
Local OneLiner * Local foilindex Title and Abstract for arpapifeb96
Local OneLiner * Local foilindex Title and Abstract for bbhdaghhpfmay97M
Local OneLiner * Local foilindex Title and Abstract for blackholeapr96
Local OneLiner * Local foilindex Title and Abstract for cornellmra96
Local OneLiner * Local foilindex Title and Abstract for cornellpacied96
Local OneLiner * Local foilindex Title and Abstract for crpchpccapplmay96
Local OneLiner * Local foilindex Title and Abstract for crpchpfmay96
Local OneLiner * Local foilindex Title and Abstract for crpcpsemay96
Local OneLiner * Local foilindex Title and Abstract for crpcrsamay96
Local OneLiner * Local foilindex Title and Abstract for javaframejune97
Local OneLiner * Local foilindex Title and Abstract for nhsedec96
Local OneLiner * Local foilindex Title and Abstract for nhsejan96
Local OneLiner * Local foilindex Title and Abstract for pcrcjune97
Local OneLiner * Local foilindex Title and Abstract for CIVMainFeb2497
Local OneLiner * Local foilindex Title and Abstract for PPTCIVdec2096
Local OneLiner * Local foilindex Title and Abstract for PPTTangodec2096
Local OneLiner * Local foilindex Title and Abstract for RLCIVEMFeb2497
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMjune96/amovie
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMjune96/chat-board
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMjune96/gis
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMjune96/intro
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMjune96/java-db
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMjune96/jdbc3
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMjune96/talkheads
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMjune96/vodvtc
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMjune96/walczak
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMjune96/wavelet
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMjune96/weather
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMjune96/websearch
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMjune96/wojtek
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMoct96/beca
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMoct96/deepak
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMoct96/intro
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMoct96/janusz
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMoct96/konrad
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMoct96/miguel
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMoct96/plugin
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMoct96/remek
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMoct96/roman
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMoct96/scott
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMoct96/stach
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMoct96/toju
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMoct96/vanguard
Local OneLiner * Local foilindex Title and Abstract for RLCIVQMoct96/wav1
Local OneLiner * Local foilindex Title and Abstract for rlciv18mar96
Local OneLiner * Local foilindex Title and Abstract for rlciv31jan96
Local OneLiner * Local foilindex Title and Abstract for rlkickoff17oct95
Local OneLiner * Local foilindex Title and Abstract for vanguard17oct95
Local OneLiner * Local foilindex Title and Abstract for dbforvrml9feb96
Local OneLiner * Local foilindex Title and Abstract for hariri10aug95
Local OneLiner * Local foilindex Title and Abstract for leskiw17oct95
Local OneLiner * Local foilindex Title and Abstract for webserver
Local OneLiner * Local foilindex Title and Abstract for PPTdincervpl96
Local OneLiner * Local foilindex Title and Abstract for sc95fafner
Local OneLiner * Local foilindex Title and Abstract for webtool/hpdc5metacomp
Webtool Foilset Towards Web/Java based High Performance Distributed Computing - an Evolving Virtual Machine
This talk describes an evolutionary process of building Web/Java based HPCC environment, pursued by the IWT'96 research group at NPAC. Since the "Java phenomenon" is the essential part of this process, we first review aspects of Java history that started from NeWS and ended with Java as the most popular programming framework for the Web. Since the Java phenomenon didn't happen in a vacuum and since other similar models might affect the onging Web/Java evolution, we also mention previous related approaches such as NeXT or Telescript, as well as our previous efforts in this area such as MOVIE and HPFI. Today, with Java in its expansion phase , the time is right to start addressing its role for various computational domains, including HPCC. Current JavaVM suffers from performance problems when it comes to numerically intensive computing, but serveral performance boosters are available such as native classes or the coming family of JIT compilers. Unlike ANDF that focused on too much on performance to broadly succeed, Java gained quick acceptance by offering first a general purpose architecture-neutral framework which will now provide wrappers for and facilitate the development of specialized native libraries for HPCC. With both browsers (HotJava, Netscape4) and servers (Jeeves, Jigsaw) becoming Java powered in the near future , we can now start addressing Java based distributed environments. Given that Java continues evolving and its spec is controlled by Sun, a reasonable strategy is to encapsulate Java engines via abstraction layers such as Netscape JRI for native code or our WebVM for distributed computing. WebVM offers foundation for Web based HPCC in which computing is done by a mesh of evolving Web servers and human interfaces are given by evolving Web browsers. A natural associated programming paradigm is given by WebFlow, i.e. Web based dataflow with Java applet based visual programming interfaces. In the next step, by systematically grouping WebFlow module networks into larger scale meta-modules, we will naturally arrive at the WebVM/WebFlow based Problem Solving Environments with collaboratory Bridge topologies that link information providers/producers and consumers via intelligent agents. We are exploring such a multi-purpose bridge architecture in two telemedicine projects: 3D Visible Human where we gradually migrate from previous AVS based imaging tools to the corresponding Java modules; and CareWeb for school nursing where we integrated several databases that pertain to the student health record and we offered interactive consulting 'HyperWorld' for the healthcare personel. We are now pursuing several prototyping thrusts aimed at developing a proof-of-the-concept architecture-neutral WebVM layer on top of evolving Web servers. These range from the still most popular NCSA or CERN HTTPD deamons where we add HTTP based server-to-server communication links to more modern Java based servers where we can build sophisticated concurrency patterns in terms of Java networking and multithreading. We are currently evaluating a set of Java server technologies such as Jigsaw, Habanero and Infospheres. Jigsaw allows to manage URL-adressable dynamic Java resources, ranging from conventional page services to arbitrary distributing computing modules. Habanero offers a framework for multi-server based event distribution, ranging from simple collaboratory environments to arbitrary event-driven simulations. We are evaluating these and other new promising Web technologies as candidates for WebVM components. Based on several alternative models, we made our initial selection of technologies and we start the integration process. Our goal is to put together a minimal but fully operational WebVM prototype which will allow us in turn to address the design and prototyping issues for various high level programming models in the Web based HPCC framework. The following set of screens summarizes our current activities (as of August '96) in this area. WebVM management is distributed in terms of personal Jigsaw servers, maintained by IWT'96 developers. This concept, prototyped in our Perl/CGI based WebTools '94, in now productized in Java/Jigsaw based WebTools '96. We are experimenting with several dynamic Jigsaw resources/modules such as Chat, Forms or Thread monitors. We also initiated WebFlow front-end prototyping, with the initial focus on scalable tools for Java inheritance graph analysis. Habanero based collaboratory graph layout tool was also constructed and is used to experiment with partitioning algorithms, viewed as intelligent agent or simulation extensions fo the habanero framework. An alternative collaboratory model, Shaking Hands was started at NPAC in alpha Java, is now continued at IBM Watson, and offers a set of services such as Chess or Whiteboard which we now plan to package as Jigsaw resources. Multi-server coordination is prototyped in terms of portlets based Java message passing given by Caltech Infospheres. Other experiments with Jigsaw recourse include interfaces to JDBC and to MOO servers. We evaluate MOO as one of the simulation engine candidates for VRML based televirtual environments. We are also testing the first Java based VRML2.0 implementation given by the Liquid Reality toolkit. Early WebVM prototype including components listed above is expected to be operational by the end of '96 and then tested as a reusable middleware in several ongoing projects.Local OneLiner * Local foilindex Title and Abstract for webvisionsept95
Local OneLiner * Local foilindex Title and Abstract for webwindows
Local OneLiner * Local foilindex Title and Abstract for webworksept95
Local OneLiner * Local foilindex Title and Abstract for WhitePaper
Local OneLiner * Local foilindex Title and Abstract for fakefoils
Local OneLiner * Local foilindex Title and Abstract for millsscreendumps
Local OneLiner * Local foilindex Title and Abstract for npacaddons
Local OneLiner * Local foilindex Title and Abstract for npacscreendumps97
Local OneLiner * Local foilindex Title and Abstract for webworkaddons
Local OneLiner * Local foilindex Title and Abstract for wwwhelp
Local OneLiner * Local foilindex Title and Abstract for PCRCMay97
Local OneLiner * Local foilindex Title and Abstract for PPTPennState
Local OneLiner * Local foilindex Title and Abstract for PPTadclubdec96
Local OneLiner * Local foilindex Title and Abstract for PPTnhsedec96
Local OneLiner * Local foilindex Title and Abstract for asopmaster
Local OneLiner * Local foilindex Title and Abstract for asopmasterB
Local OneLiner * Local foilindex Title and Abstract for bbhdaghhpfmar97M
Local OneLiner * Local foilindex Title and Abstract for certificatemar97M
Local OneLiner * Local foilindex Title and Abstract for cornellhpcc96M
Local OneLiner * Local foilindex Title and Abstract for cps615A
Local OneLiner * Local foilindex Title and Abstract for cps615B
Local OneLiner * Local foilindex Title and Abstract for cps615G
Local OneLiner * Local foilindex Title and Abstract for cps615master
Local OneLiner * Local foilindex Title and Abstract for cps615master1
Local OneLiner * Local foilindex Title and Abstract for cps615master2
Local OneLiner * Local foilindex Title and Abstract for cps615master96
Local OneLiner * Local foilindex Title and Abstract for cps616admin97
Local OneLiner * Local foilindex Title and Abstract for cps616oracleweb96M
Local OneLiner * Local foilindex Title and Abstract for cps616rdbms1
Local OneLiner * Local foilindex Title and Abstract for cps616rdbms2
Local OneLiner * Local foilindex Title and Abstract for cps616threadsmaster
Local OneLiner * Local foilindex Title and Abstract for cps616webdbms
Local OneLiner * Local foilindex Title and Abstract for cps713nr96M
Local OneLiner * Local foilindex Title and Abstract for cps713over94M
Local OneLiner * Local foilindex Title and Abstract for crpcmay96
Local OneLiner * Local foilindex Title and Abstract for crpcnetcomp2M
Local OneLiner * Local foilindex Title and Abstract for daytonjune97
Local OneLiner * Local foilindex Title and Abstract for ecsfall95
Local OneLiner * Local foilindex Title and Abstract for foxresfall95
Local OneLiner * Local foilindex Title and Abstract for generalfoils97
Local OneLiner * Local foilindex Title and Abstract for generalfoils97B
Local OneLiner * Local foilindex Title and Abstract for generalres96
Local OneLiner * Local foilindex Title and Abstract for generalresB96
Local OneLiner * Local foilindex Title and Abstract for goethe96M
Local OneLiner * Local foilindex Title and Abstract for hpcs95master
Local OneLiner * Local foilindex Title and Abstract for hpdc95compressmaster
Local OneLiner * Local foilindex Title and Abstract for hpdc95master
Local OneLiner * Local foilindex Title and Abstract for hpffuturesM
Local OneLiner * Local foilindex Title and Abstract for hpfoverM
Local OneLiner * Local foilindex Title and Abstract for javaforcsefall96M
Local OneLiner * Local foilindex Title and Abstract for niikids97M
Local OneLiner * Local foilindex Title and Abstract for rcihalloween95M
Local OneLiner * Local foilindex Title and Abstract for rdbmshpdc95
Local OneLiner * Local foilindex Title and Abstract for reumaster
Local OneLiner * Local foilindex Title and Abstract for rlciv31jan96M
Local OneLiner * Local foilindex Title and Abstract for rlkickoff17oct95M
Local OneLiner * Local foilindex Title and Abstract for sc95tutorialmaster
Local OneLiner * Local foilindex Title and Abstract for sc96master
Local OneLiner * Local foilindex Title and Abstract for slitex/CPS615FEM95
Slitex Foilset CPS615 Gauss Seidel Finite Element Methods and Conjugate Gradient
This discusses sequential and parallel Gauss Seidel and Jacobi Iteration aThis is followed by an elementary discussion of Finite Element Methods applied to Laplace's equation in two dimensions. This motivates the following detailed account of Conjugate Gradient method including parallelism and analogies with optimizationLocal OneLiner * Local foilindex Title and Abstract for slitex/CPS615Mat95
Slitex Foilset CPS615 Module on Matrices and EigenStructure
This Module discusses basic properties of finite matrices and in particular eigenvalues and Eigenvectors for the typical symmetric or Hermitean Matrices one gets in many physical computationsLocal OneLiner * Local foilindex Title and Abstract for tangoapplsfeb97M
Local OneLiner * Local foilindex Title and Abstract for tangojune97
Local OneLiner * Local foilindex Title and Abstract for virtuniv95master
Local OneLiner * Local foilindex Title and Abstract for webtool/fakefoils
Webtool Foilset Dynamically Constructed FoilSet for General URL's
-> This Foilset is added by system to all Scripted Foilsets It has User defined URL's added after these first two foils! This is Dynamic Version but there is a static version as well to which Foilset URL PointsLocal OneLiner * Local foilindex Title and Abstract for webtrain
Local OneLiner * Local foilindex Title and Abstract for webvisionsept95M
Local OneLiner * Local foilindex Title and Abstract for webwisdommar96M
Local OneLiner * Local foilindex Title and Abstract for webworksept95M
Lists of Foils in Talks
Local OneLiner Foil Index for cps616jdk11may97
Foilset Search
Full Index for Basic foilset Overview of JDK Version 1.1 Extensions
Given by Nancy J. McCracken at CPS616 -- Information Track of CPS on Spring Semester 97. Foils prepared 19 July 97
* 
*
The first part of this talk gives an overview of the extensions and changes in Java now available in JDK 1.1:
|
| The second part of this talk goes into more detail on language changes and on the new AWT event model. (Other talks give details on JDBC, security, and JavaBeans.) |
Table of Contents for Overview of JDK Version 1.1 Extensions
A denotes presence of Additional linked information_ 1
Java Development Kit (JDK) 1.1: Overview and new AWT Event Model A 2
JDK 1.1 Overview and AWT Events Abstract A 3
Availability of JDK 1.1 _ 4
AWT New Event Model _ 5
AWT Lightweight Components _ 6
Java Language Inner Classes _ 7
Java Language Internationalization _ 8
Object Serialization _ 9
Java Security _ 10
Java Signed Applets _ 11
JDBC - Java Database Connection _ 12
JavaBeans _ 13
Building applications from JavaBeans _ 14
In development over next year _ 15
AWT: The Swing Set _ 16
AWT: Data Transfer "Drag and Drop" _ 17
Other Developments _ 18
New Language Features and Event Model _ 19
Inner Classes - Member Classes _ 20
Inner Classes - Member Classes _ 21
Inner Classes - Local Classes _ 22
Event Model in Java 1.0 _ 23
Event Model in Java 1.1 _ 24
Event Objects _ 25
Event Sources _ 26
Event Listeners _ 27
Examples of Event, Listener Interface and Methods: A 28
How to Write an Event Listener _ 29
New AWT Component: ScrollPane _ 30
New AWT component: PopupMenu Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for uccjava97-1intro
Foilset Search
Full Index for Basic foilset Java Tutorial - Summer 1997 Part 1:Introduction to Java Language
Given by Nancy J. McCracken,Geoffrey C. Fox at CEWES Tutorial on July 22-25 1997. Foils prepared 19 July 97 * *
| Overview including History and alpha versus production issues |
| Comparison of Java and Javascript |
| Overall Java Philosophy and Features including security etc. |
And in Remaining Parts of Tutorial!!
|
Table of Contents for Java Tutorial - Summer 1997 Part 1:Introduction to Java Language
A denotes presence of Additional linked information_ 1
Java Tutorial - Spring 97 Part 1: Introduction to Java Language and Applets http://www.npac.syr.edu/projects/tutorials/Java/
A 2
Abstract of Java Tutorial _ 3
Overview and History of Java Development _ 4
What is Java in a NutShell? _ 5
Overview -- Java and the World Wide Web _ 6
Overview -- What are Java applets in detail? _ 7
Running a Java Applet _ 8
History of Java Language and Team _ 9
History of Java Language and Team (contd) _ 10
JDK 1.0 -- The Java Development Kit! _ 11
JDK 1.1 -- Java grows! A 12
Java Web Servers _ 13
Java Books -- I _ 14
Java Books -- II _ 15
Java Beta Books -- III _ 16
Java vs. JavaScript _ 17
Comparison of Java and JavaScript -- I _ 18
Comparison of Java and JavaScript -- II _ 19
Overall Java Philosophy and Features _ 20
Some Key Java Features _ 21
Java Features -- It's Simple and Familiar! _ 22
Java Features -- It's Object-oriented _ 23
Java Features -- It's Architecture-Neutral _ 24
Java Features -- It's Portable _ 25
Java Features -- It's Somewhat Interpreted _ 26
Java Features -- It's Distributed _ 27
Java Features -- It's Robust _ 28
Java Features -- It's (Hopefully) Secure _ 29
Java Features -- High Performance _ 30
Java Features -- It's Multithreaded _ 31
Java Features -- It's Dynamic _ 32
Sun's Comparison of Language Features I _ 33
Sun's Comparison of Language Features II Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for uccjava97-2lang
Foilset Search
Full Index for Basic foilset Java Tutorial - Summer 1997 Part II: Java Language and Object-Oriented Concepts
Given by Nancy J. McCracken,Geoffrey C. Fox at CEWES Tutorial on July 22-25 1997. Foils prepared 19 July 97 * *
In Part 1 of the Tutorial We Covered:
|
| This Part(2) of Tutorial Covers |
Java Programming Language
|
Object Oriented and Class Structure
|
| Exceptions |
And in the Remaining Parts of the Java Tutorial We Cover:
|
Table of Contents for Java Tutorial - Summer 1997 Part II: Java Language and Object-Oriented Concepts
A denotes presence of Additional linked information_ 1
Java Tutorial - Spring 97 Part II: Java Language and
Object-Oriented Concepts
http://www.npac.syr.edu/projects/tutorials/Java/
A 2
Resources for the Java Programming Language _ 3
Java in Practice --Applications
Applets and their use from HTML
_ 4
Java Applications A 5
The Simplest Java Application: Hello, World! _ 6
Java Applets _ 7
Applet Tag: Calling Applets from HTML - I _ 8
Applet Tag: Calling Applets from HTML - II _ 9
<param> Tags and Applets A 10
The Simplest Java Applet: Hello, World! A 11
Displaying your applet from a Web page. _ 12
Java Language Basics _ 13
Java Language -- Lexical Issues I _ 14
Java Language -- Lexical Issues II _ 15
Java Language -- Program Structure _ 16
Java Language -- Variable/Expression Types _ 17
Java Language -- Types: Array _ 18
Java Language -- More on Arrays _ 19
Java Language -- Expressions _ 20
Java Language -- Control Flow I _ 21
Java Language -- Control Flow II -- continue _ 22
Java Language -- Control Flow III -- break and for loop _ 23
Java Language -- Control Flow IV -- break and switch _ 24
Java Language -- Control Flow V -- continue and switch _ 25
Basic Graphics Java Applets to illustrate language
(more later!)
_ 26
The Graphics class A 27
Using Graphics properties A 28
Drawing simple shapes A 29
Passing parameters to an applet: the HTML A 30
Passing parameters to an applet: the applet _ 31
Centering a string in the applet window. _ 32
Applet Flow of Control A 33
Random color boxes example A 34
Arrays of random colors _ 35
The Java Object Model: Classes, Instances and Methods _ 36
The Java Object Model Overview A 37
Defining a Class A 38
API of a Class _ 39
Using a Class _ 40
A Computational Class _ 41
Header of Class Definition _ 42
Java Language -- Types of Classes - I _ 43
Java Language -- Types of Classes - II _ 44
Java Language -- Types of Methods _ 45
The Java Object Model: Inheritance and the Class Hierarchy A 46
Relationships between Classes _ 47
Use of Methods Defined in Parent _ 48
Use of Methods Defined in Parent but overridden in child class _ 49
Comments on Casting _ 50
Array - A Pseudo Class! _ 51
By value and By reference _ 52
Comments on Overloading and Overriding in Classes _ 53
Object-OrientedProgramming Examples:
Basic Class Operations
A 54
The Class Hierarchy of this example A 55
Object-Oriented Programming in JAVA - defining a class _ 56
More methods in the class definition A 57
Defining a child class A 58
Using parent and child classes _ 59
Parent and child example, continued A 60
More child classes _ 61
Abstract Methodsand Classes
Interfaces
(classes without implementation)
_ 62
Abstract Methods and Classes _ 63
Java Language -- Interfaces - Overview _ 64
Cars as an Examples of Interfaces/ Multiple Inheritance _ 65
Picture of Interfaces and Classes for Cars and their Manufacture _ 66
Java Language -- Interface Example -- Implementing Storable _ 67
Interfaces can be used as Classes in type specification _ 68
Further Features of Interfaces _ 69
More on Interfaces -- Why use them _ 70
Packages in Java _ 71
Overview of Packages and Directory Structure _ 72
Using Java packages A 73
Java 1.0 System Packages _ 74
More on the Java Language: Exceptions A 75
Java Language -- Handling Runtime Errors Using Exceptions _ 76
User Created Exceptions _ 77
Basic Structure of Exception Handling in Nested Calls _ 78
Examples of Exception Hierarchy _ 79
Example of Handling Exceptions _ 80
Classes of Exceptions _ 81
Exceptions in Applets Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for uccjava97-3awt
Foilset Search
Full Index for Basic foilset Java Tutorial - Summer 1997 Part 3:Graphics and the Abstract Windowing Toolkit
Given by Nancy J. McCracken,Geoffrey C. Fox at CEWES Tutorial on July 22-25 1997. Foils prepared 19 July 97 * *
In Part 1 and 2 of the Tutorial We Covered:
|
| In This Part of the Java Tutorial We Cover: |
| Introduction to Threads |
Graphics in more detail
|
Abstract Windowing Toolkit
|
And in the Remaining Part of the Java Tutorial We Cover:
|
Table of Contents for Java Tutorial - Summer 1997 Part 3:Graphics and the Abstract Windowing Toolkit
A denotes presence of Additional linked information_ 1
Java Tutorial -Spring 1997
Part 3: Graphics and the Abstract Windowing Toolkit
http://www.npac.syr.edu/projects/tutorials/Java/
_ 2
More Detail on Applets and Graphics _ 3
The java.awt.Graphics Class _ 4
Graphics is Event-Driven: paint method _ 5
Changing Graphics: repaint method _ 6
The java.awt.Font and FontMetrics Classes _ 7
Centering a string in the applet window. _ 8
The java.awt.Color Classes _ 9
Introducing a Single Thread(See later for real discussion of thread use)
_ 10
Introduction to Threads A 11
Example showing the standard thread methods _ 12
Example showing thread methods, continued _ 13
Imagesand Double Buffering
_ 14
Getting Images Downloaded _ 15
Drawing Images to the applet window A 16
Image Downloading -- imageObserver, MediaTracker _ 17
An Image Drawing Example _ 18
Flickering in Applets and its Solution _ 19
The default Update(Graphics g) Method _ 20
Double Buffering to Reduce Flicker - I _ 21
Double Buffering to Reduce Flicker - II _ 22
Double Buffering _ 23
Event Handlingusing the JDK 1.0 Event Model
_ 24
Events in the java.awt -- Mouse, Keyboard Interaction - I _ 25
Events in the java.awt -- Mouse, Keyboard Interaction - II A 26
Using Mouse Events for User Interaction _ 27
Mouse Events: Initializing the movable objects _ 28
Draw the objects with double buffering _ 29
Mouse Move Event _ 30
The Set of Mouse Dragging Events A 31
More Methods in the Movable Point class _ 32
Keyboard Events _ 33
Abstract Windowing Toolkit (AWT): Components such as buttons, textfields, etc.
and related Events
_ 34
Structure of the java.awt GUI Components - I _ 35
Structure of the java.awt GUI Components - II _ 36
Picture of the AWT Component Class and its inheritance _ 37
Some Simple AWT Components -- label,button _ 38
AWT Components -- Checkbox _ 39
AWT Components -- Radio Buttons , CheckboxGroup _ 40
Actions associated with Components in AWT - I _ 41
Actions associated with Components in AWT - II _ 42
A more general way to handle events _ 43
Some Further AWT Components -- typical subunits of panels A 44
AWT Components -- Text Fields & Areas A 45
Some Further AWT Components -- Canvas, Window (Frame and Dialog) A 46
Frames can have MenuBars _ 47
Dialog Boxes _ 48
Abstract Windowing Toolkit (AWT):Layouts
_ 49
Layout of Components in a Panel A 50
Description and Example of BorderLayout A 51
Brief Description of Four Other LayoutManager's _ 52
FlowLayouts in detail _ 53
Hierarchical use of LayoutManagers A 54
AWT - Grid Layout with Two Components _ 55
AWT - Adding Components to a Layout _ 56
AWT - Canvas Component _ 57
AWT - Panel Component with Buttons A 58
AWT - Handling Actions from Components Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for uccjava97-4rest
Foilset Search
Full Index for Basic foilset Java Tutorial - Summer 1997 Part 4: Multithreading, useful Java classes, I/O, Networking, and the future
Given by Nancy J. McCracken,Geoffrey C. Fox at CEWES Tutorial on July 22-25 1997. Foils prepared 19 July 97 * *
In Part 1 2 and 3 of the Tutorial We Covered:
|
| In This Part of the Java Tutorial We Cover: |
| Threads in Detail |
Useful Java Classes
|
| Networking and I/O |
| Futures and HPCC Implications |
Table of Contents for Java Tutorial - Summer 1997 Part 4: Multithreading, useful Java classes, I/O, Networking, and the future
A denotes presence of Additional linked information_ 1
Java Tutorial - Spring 1997 Part 4: Multithreading, useful Java classes, I/O, Networking, and the future
http://www.npac.syr.edu/projects/tutorials/Java/
_ 2
Threads are part of the Java Language!(a more serious discussion than in part III of tutorial)
_ 3
Initial Remarks on Threads A 4
How to Use Threads from a Class A 5
Subclassing Thread _ 6
Thread Execution and Concurrency _ 7
The Life of a Thread _ 8
Moving out of a Blocked State _ 9
Thread Priorities and Groups _ 10
Synchronization _ 11
Synchronization is Implemented by Monitors _ 12
Threads and Synchronization - wait() _ 13
Threads and Synchronization - notify() _ 14
Threads and Synchronization - Example _ 15
Useful Basic Java Classes _ 16
The Overarching Object Class _ 17
Determining and Testing Class of Object _ 18
java.lang.Object Wrappers _ 19
The java.lang.Math class _ 20
The Date class _ 21
The String class _ 22
More on Strings, and the StringBuffer class A 23
ReverseString Class _ 24
The Vector class _ 25
Methods for Vectors _ 26
The Hashtable class _ 27
I/O and the powerful Stream Zoo _ 28
I/O Streams _ 29
The Input Stream Zoo A 30
FilterInputStreams _ 31
Networking and Web Access A 32
Networking and Web Access in Java _ 33
Security Concerns for Applets (Untrusted Code) _ 34
Table for Java file and network access _ 35
Accessing URL's in Java -- URL, showDocument _ 36
Accessing URL's in Java -- URLConnection A 37
I/O: Reading a File known by URL A 38
I/O: Setting up the URL, Layout and Thread _ 39
I/O: Reading the Text File _ 40
Socket from the Client Side _ 41
Sockets from the Server Side A 42
Connecting to a CGI Script _ 43
Performance and dreaming about the Future
_ 44
Use of Native Classes to Speed Up Execution _ 45
Comments on Native C Methods _ 46
HPCC and Java -- High Performance HPjava -- I _ 47
HPCC and Java -- HPjava -- II Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for uccjdbc97
Foilset Search
Full Index for Basic foilset Overview of JDBC and its use with Microsoft Access
Given by Nanncy McCracken(Sangetta Aggarwal, Udayan Parvate, Tom Pulikal) at UC Web Applications Certificate on June 26 97. Foils prepared 23 June 1997 * *
JDBC provides a set of classes for Java with a standard SQL database access interface.
|
Provides an API for database "drivers" to make actual connections and transactions to database products.
|
| JDBC is "low-level" interface, calling SQL commands directly but is meant to be a base for higher-level interfaces. |
This talk has three sections:
|
Table of Contents for Overview of JDBC and its use with Microsoft Access
1
JDBC Java - Database Connectivity Overview for CPS616 Technologies of Information Age Summer 97 2
JDBC Main Features 3
Traditional Web/RDBMS access Compared to using Java 4
JDBC Software Architecture 5
Driver Access Architecture 6
JDBC API is Package java.sql 7
Driver Manager 8 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Driver class creates Connection 9
SQL Statements 10
Statement Class 11 Some Extra Info in Image * Some Extra Info in Dynamic Image *
ResultSet class 12
Data from ResultSets 13
PreparedStatement class 14 Some Extra Info in Image * Some Extra Info in Dynamic Image *
CallableStatement class 15 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Generalized example of getting results 16
A typical JDBC API usage sequence 17
Simple JDBC 2 Tier Applet - An Example 18 Some Extra Info in Image * Some Extra Info in Dynamic Image *
JDBC 2 Tier Applet 19 Some Extra Info in Image * Some Extra Info in Dynamic Image *
JDBC 2 Tier Applet 20
DBDiagram Example 21
More Details on JDBC Architectures 22
Driver Classification- I 23
Driver Classification - II 24
JDBC Driver API - I 25
JDBC Driver API - II 26
JDBC Driver API - III 27
Remote Database Access Current Options 28
mSQl jdbc driver for mSQl database 29
Weblogic jdbcKona driver for Oracle 30
Remote jdbc-driver features 31
PPT Slide 32
Remote jdbc Driver Client-side Description 33
Remote jdbc Driver Server-side Description - I 34
Remote jdbc Driver Server-side Description - II 35
JDBC 3 Tier Example 36
JDBC 3 Tier Example (contd.) 37
Java Servlets 38
Java Servlets (contd.) 39 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Java Servlets (contd.) 40
JDBC Servlet Example 41 Some Extra Info in Image * Some Extra Info in Dynamic Image *
JDBC Servlet Example (contd.) 42 Some Extra Info in Image * Some Extra Info in Dynamic Image *
JDBC Servlet Example (contd.) 43 Some Extra Info in Image * Some Extra Info in Dynamic Image *
JDBC Servlet Example (contd.) 44 Some Extra Info in Image * Some Extra Info in Dynamic Image *
List of vendors 45
Practical Options at NPAC 46
Practical Options at NPAC contd. 47 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Example - Using Imaginary's mSQL Driver 48 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Example - using Imaginary's mSQL Driver -II 49 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Example - Using Weblogic's Oracle Driver 50 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Example - Using Weblogic's Oracle Driver -II 51 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Example - Using Weblogic's Oracle Driver -III 52 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Example - Using JDBC-ODBC Bridge - I 53 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Example - Using JDBC-ODBC Bridge - II 54 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Example - Using JDBC-ODBC Bridge -III 55 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Example - usingJDBC-ODBC Bridge -IV 56 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Example - usingJDBC-ODBC Bridge (contd.) 57
Microsoft Access 58
MS Access - Features (cont'd) 59
Cool Features of Access - I 60
Cool Features of Access - II 61
The Access Event Model 62
VBA class modules 63
Database Design - I 64
Database Design - II 65
Database Design - III 66 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Access SQL - I 67 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Access SQL - II 68 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Access SQL - III 69 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Access SQL - IV 70
Access Controls 71
Access Forms and Reports 72
Developing Multiuser Applications 73
Security in Access 74
Client-Server Applications 75
Web-Enabled Applications -I 76
Web-Enabled Applications -II 77
Web-Enabled Applications -III 78
Sample code for ASP files - I 79 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Sample code for ASP files - II 80
Access as an Automation Client-I 81
Access as an Automation Client-II 82
Access as an Automation Client-III Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for chinamay97
Basic Foilset Search
HELP! * BLUE=global GREY=local Full Index for GLOBAL foilset And the Future is ........: The Use of Java and the Web in Scientific Computing
Given by Geoffrey C. Fox at Hefei Computational Science and Beijing Web Tutorial on May 27 and 30 1997. Foils prepared June 3 97More Detail! * Foil Index from this file * See also color IMAGE
| The talk starts with an overview of NPAC and a description of our CPSWT CDROM with Chinese translation of Computational Science courseware |
| We then describe 3 major areas where Java (and other Web Technologies) can have significant impact |
| 1) Java can be used to build user Interfaces and here we describe the Virtual Programming Laboratory VPL |
2) Java can support coarse grain integration and metacomputing
|
3) Java as a traditional compiled language for computational kernels
|
| We show how this allows one to build integrated Interpreted and Compiled Environments |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Variety of Foils Used Starting January 97
Miscellaneous Presentation Material used in 1996
Title and Abstract of FakeFoilset
Master Presentation on Java for Simulation and Education
Collection of GIF Images for General NPAC Projects April96-
Collection of GIF Images for General NPAC Projects January 97-
Master Set of Presentations on Java for Computational Science
Master for TANGO Applications -- C2, Education, HealthCare, Simulation
Table of Contents for And the Future is ........: The Use of Java and the Web in Scientific Computing
A denotes presence of Additional linked information_ 1 Separate IMAGE * Separate HTML And the Future is ........
The Use of Java and the Web in Scientific Computing
See: http://www.npac.syr.edu/users/gcf/chinamay97
http://www.npac.syr.edu/projects/javaforcse
_ 2 Separate IMAGE * Separate HTML Java and Future HPCC Abstract
NPAC in a Nutshell
_ 3 Separate IMAGE * Separate HTML People and Infrastructure in NPAC
_ 4 Separate IMAGE * Separate HTML Nature of NPAC Programs
Chinese Computational Science CDROM
_ 5 Separate IMAGE * Separate HTML What is CPSWT CD-ROM?
_ 6 Separate IMAGE * Separate HTML Contents of CPSWT CD-ROM
Lessons from current HPCC Activities
_ 7 Separate IMAGE * Separate HTML Some Concepts Learnt from HPCC Initiative
_ 8 Separate IMAGE * Separate HTML Some Relevant Technical Trends
_ 9 Separate IMAGE * Separate HTML HPCC Software issues
Web Software is Best!
_ 10 Separate IMAGE * Separate HTML Web Software is the Best!
_ 11 Separate IMAGE * Separate HTML Synergy of InterNet and IntraNets
We can Act Now as basic functionality there/clear!
_ 12 Separate IMAGE * Separate HTML We have the Web Tools in Place - I !
_ 13 Separate IMAGE * Separate HTML We have the Web Tools in Place - II!
See Java in HPCC resource
_ 14 Original Foreign Pointer Java for Scientific Computing Resource
3 Roles for Java in HPCC
_ 15 Separate IMAGE * Separate HTML There are (at least) 3 Major Roles for JAVA in Computation
_ 16 Separate IMAGE * Separate HTML The 3 Roles of Java
Java for User Interfaces
_ 17 Separate IMAGE * Separate HTML Java for Building User Interfaces
The Virtual Programming Lab -- Web interfaces/wrappers
_ 18 Separate IMAGE * Separate HTML Summary of the VPL -- Virtual Programming Laboratory
_ 19 Separate IMAGE * Separate HTML The Virtual Programming Laboratory
_ 20 Separate IMAGE * Separate HTML Structure of Java Wrappers in the VPL
_ 21 Separate IMAGE * Separate HTML The Java Applet Supporting Data Visualization in the VPL
A 22 Separate IMAGE * Separate HTML Kivanc Dincer's Java FrontEnd to Pablo - I
VRML in HPCC and for real world dissemination
_ 23 Separate IMAGE * Separate HTML What is Relevance of VRML(2) for Scientific Computing?
_ 24 Separate IMAGE * Separate HTML GIS integration with Weather Simulation application - II.
Back to Java for Real Computing in HPCC
_ 25 Separate IMAGE * Separate HTML Opportunities in HPCC - II?
Basic Layered Model for MetaComputing with Java
_ 26 Separate IMAGE * Separate HTML Web Based MetaComputing
A 27 Separate IMAGE * Separate HTML Article on MIP Sucking Java Applets
_ 28 Separate IMAGE * Separate HTML Java Server Based Web Computing
_ 29 Separate IMAGE * Separate HTML Use of Java Servers in HPCC
_ 30 Separate IMAGE * Separate HTML Services at the 3 Levels
PCRC WebFlow Demonstration
see Real Audio Scripted Discussion of PCRC and WebFlow
_ 31 Separate IMAGE * Separate HTML Web Flow User Interface
_ 32 Separate IMAGE * Separate HTML A simple WebFlow imaging application: HSV Filter applied to Potts image
_ 33 Separate IMAGE * Separate HTML Example of composite WebFlow imaging: input image is forked into several concurrent streams, passed to various imaging filters
_ 34 Separate IMAGE * Separate HTML Integrative role of Java Web Server: standard page delivery, collaboratory, authoring and distributed computing are implemented as a collection of cooperating servlets
Petaflop Layered Software Model
_ 35 Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- II
A 36 Separate IMAGE * Separate HTML Hierarchy of Software Levels
Collaboration/Computational Steering
- General Issues and Overview of NPAC Work
_ 38 Separate IMAGE * Separate HTML The TANGO Collaboration System
_ 39 Separate IMAGE * Separate HTML The TANGO Collaboration System
_ 40 Separate IMAGE * Separate HTML Some TANGO
Applications at NPAC
TANGO Collaboratory
A 41 Separate IMAGE * Separate HTML TANGOsim Collaboration/ Simulation/ Training in Java
TANGO for Command and Control
_ 42 Separate IMAGE * Separate HTML Typical Web Collaboration Architecture
_ 43 Separate IMAGE * Separate HTML The TANGOsim C2 Application
_ 44 Separate IMAGE * Separate HTML TANGO Highlights - I
_ 45 Separate IMAGE * Separate HTML TANGO Highlights - II
_ 46 Separate IMAGE * Separate HTML RomeLab C2 Auxiliary Applications
_ 47 Separate IMAGE * Separate HTML Command and Control Screen with Multimedia Message
_ 48 Separate IMAGE * Separate HTML A demo of animated objects controlled by simulation engine of Tango collaborative system - III
TANGO for Collaborative Computing/Computational Steering
_ 49 Separate IMAGE * Separate HTML TANGOsim for Distributed Simulation and Computational Steering - I
_ 50 Separate IMAGE * Separate HTML TANGOsim for Distributed Simulation and Computational Steering - II
_ 51 Separate IMAGE * Separate HTML Tango Screen: Talking Heads and White Board
_ 52 Separate IMAGE * Separate HTML Tango Screen: Physics Applets -- Cross Product, Planets and Neural Network
Java as a Language for Computational Science including numeric kernels
_ 53 Separate IMAGE * Separate HTML Java as the Language for Computational Kernels!
_ 54 Separate IMAGE * Separate HTML Some Critical Features of Java as a Programming Language
_ 55 Separate IMAGE * Separate HTML Comparison of Java and Fortran 77/90
_ 56 Separate IMAGE * Separate HTML Java Links the Bottom and Top of Pyramid
Performance of Java
A 57 Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- I
A 58 Separate IMAGE * Separate HTML Performance of Java is Dreadful!
A 59 Separate IMAGE * Separate HTML LinPack Java Performance Updated to Sept 30 1996
_ 60 Separate IMAGE * Separate HTML LinPack Java Performance Updated to June 3 1997
A 61 Separate IMAGE * Separate HTML What Limits Performance of Compiled Java?
_ 62 Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- III
Approaches to Parallel Java
_ 63 Separate IMAGE * Separate HTML Classes of Simulations and their High Performance Needs
_ 64 Separate IMAGE * Separate HTML Some Critical Features of Java and Parallelism - II
_ 65 Separate IMAGE * Separate HTML Approachs to Parallel Java - SPMD Model i.e. user writes Node Program
_ 66 Separate IMAGE * Separate HTML Approachs to Parallel Java - High Level - I
NPAC Prototype of Parallel Java
A 67 Separate IMAGE * Separate HTML Select Active Processors in HPJava Demo
A 68 Separate IMAGE * Separate HTML Game of Life Execution Pattern in HPJava Demo
Interpreted and Compiled Environments
_ 69 Separate IMAGE * Separate HTML Approachs to Parallel Java - High Level - II
_ 70 Separate IMAGE * Separate HTML Network of Web Servers and Clients
_ 71 Separate IMAGE * Separate HTML More on Interpreted Java Front Ends
_ 72 Separate IMAGE * Separate HTML Remarks on Interpreted HPJava -- Data Parallel Java
_ 73 Separate IMAGE * Separate HTML Integrated Compiled and Interpreted Environments I
_ 74 Separate IMAGE * Separate HTML Integrated Compiled and Interpreted Environments II
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616activexapril97
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Introduction to ActiveX, with VBScript
Given by Nancy J. McCracken at CPS616 -- Information Track of CPS on Spring Semester 97. Foils prepared 4 May 97More Detail! * Foil Index from this file * See also color IMAGE
| This talk is designed to describe the capabilities of ActiveX with VBScript for people who know Java and JavaScript. It will give some examples and mention key features without getting into serious programming details. |
Outline:
|
Table of Contents for Introduction to ActiveX, with VBScript
1 Separate IMAGE * Separate HTML Introduction to ActiveX, with VBScript
2 Separate IMAGE * Separate HTML ActiveX with VBScript
3 Separate IMAGE * Separate HTML What is ActiveX?
4 Separate IMAGE * Separate HTML When to use ActiveX?
5 Separate IMAGE * Separate HTML ActiveX Architecture
6 Separate IMAGE * Separate HTML Writing a simple ActiveX example
7 Separate IMAGE * Separate HTML Adding a Label Control
8 Separate IMAGE * Separate HTML Adding a Button Control
9 Separate IMAGE * Separate HTML The Script Wizard
10 Separate IMAGE * Separate HTML Example VBScripts
11 Separate IMAGE * Separate HTML Example web page
12 Separate IMAGE * Separate HTML ActiveX
13 Separate IMAGE * Separate HTML The <OBJECT> Tag
14 Separate IMAGE * Separate HTML An Example Object Tag
15 Separate IMAGE * Separate HTML Capabilities of ActiveX Controls
16 Separate IMAGE * Separate HTML Downloading new controls from the web
17 Separate IMAGE * Separate HTML The HTML Layout Control
18 Separate IMAGE * Separate HTML VBScript
19 Separate IMAGE * Separate HTML Basic Elements of VBScript Language
20 Separate IMAGE * Separate HTML VBScript accesses document elements
21 Separate IMAGE * Separate HTML VBScript Language Control Statements
22 Separate IMAGE * Separate HTML Types and Expressions
23 Separate IMAGE * Separate HTML Date, Time, and browser functions are built-in
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616advancedjdbc
Foilset Search
Full Index for Basic foilset Examples of JDBC -- Microsoft Access
Given by Sangeeta Aggarwal,Tom Pulikal,Udayan Pravate(Nancy McCracken) at CPS616 -- Information Track of CPS on Spring Semester 97. Foils prepared April 15 1997 * *
| We show the details of using JDBC methods in two examples now working at NPAC: the 2-tier architecture with the client on the same machine as the Oracle server, and the 3-tier architecture, using Java servlets. |
| Next, we discuss background material on the database MicroSoft Access. |
| We show more details of the different types of JDBC architecture. |
| We show a hetergeneous JDBC example that connects and uses information from bothAccess97 and Oracle. |
| And we mention a useful JBDC Teaching Tool. |
Table of Contents for Examples of JDBC -- Microsoft Access
1
Java DataBase Connectivity, Part II 2
Abstract of JDBC, Part II 3
Simple JDBC 2 Tier Applet - An Example 4
JDBC 2 Tier Applet 5
JDBC 2 Tier Applet 6
JDBC 3 Tier Example 7
JDBC 3 Tier Example (contd.) 8
Java Servlets 9
Java Servlets (contd.) 10
Java Servlets (contd.) 11
JDBC Servlet Example 12
JDBC Servlet Example (contd.) 13
JDBC Servlet Example (contd.) 14
JDBC Servlet Example (contd.) 15
DBDiagram Example 16
Microsoft Access 17
MS Access - Features (cont'd) 18
Cool Features of Access - I 19
Cool Features of Access - II 20
The Access Event Model 21
VBA class modules 22
Database Design - I 23
Database Design - II 24
Database Design - III 25
Access SQL - I 26
Access SQL - II 27
Access SQL - III 28
Access SQL - IV 29
Access Controls 30
Access Forms and Reports 31
Developing Multiuser Applications 32
Security in Access 33
Client-Server Applications 34
Web-Enabled Applications -I 35
Web-Enabled Applications -II 36
Web-Enabled Applications -III 37
Sample code for ASP files - I 38
Sample code for ASP files - II 39
Access as an Automation Client-I 40
Access as an Automation Client-II 41
Access as an Automation Client-III 42
More Details on JDBC Architectures 43
Driver Classification- I 44
Driver Classification - II 45
JDBC Driver API - I 46
JDBC Driver API - II 47
JDBC Driver API - III 48
Remote Database Access Current Options 49
mSQl jdbc driver for mSQl database 50
Weblogic jdbcKona driver for Oracle 51
Remote jdbc-driver features 52
PPT Slide 53
Remote jdbc Driver Client-side Description 54
Remote jdbc Driver Server-side Description - I 55
Remote jdbc Driver Server-side Description - II 56
JDBC based Heterogeneous Databases -- An Example 57
LCU Demo - I 58
LCU Demo - II 59
LCU Demo - III 60
Intersolv JDBCTEST demonstration 61
A JDBC Teaching Tool 62
Use as a Query Tool Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616appl97
Basic Foilset Search
HELP! * YELLOW=global GREY=local Full Index for GLOBAL foilset Overview of Web Applications and Services
Given by Geoffrey Fox at Certificate Course Summer 97 on 19 June 97. Foils prepared 5 July 97More Detail! * Foil Index from this file *
|
This presentation is built around Summary of Web Applications |
| This is a set of Web Links organized around around classification of 5 generic services |
| which get re-used in many application areas |
|
See Recent Review Article by Fox for more details |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
General PowerPoint Foils
Variety of Foils Used Starting January 97
Miscellaneous Presentation Material used in 1996
Set of Add-On Foils for Research Presentations
General Collection of Foils for CRPC Annual Meeting
Additional Material for Web Technology Presentations July 95 -- March 96
Overview of CPS616 Technologies of the Information Age 1997
Master of Overview of NII and Web Technology for NII ASOP Review at Langley
Master Set of Foils for Two Talks at Dayton (Multidisciplinary Applications, Tango Collaboratory)
Collection of GIF Images for General NPAC Projects January 97-
Master Foilset for RCI Presentation on HPCC and NII for Industry and Education
Table of Contents for Overview of Web Applications and Services
Web Application Overview
- Built on Summary of Web Applications
Why Use Web Software and What is there to use!
2 Separate IMAGE * Separate HTML Web Software is the Best!
3 Separate IMAGE * Separate HTML Synergy of InterNet and IntraNets
We can Act Now as basic functionality there/clear!
4 Separate IMAGE * Separate HTML We have the Web Tools in Place - I !
5 Separate IMAGE * Separate HTML We have the Web Tools in Place - II!
WebWindows is a Critical Unifying Concept
- This describes use of Web Interfaces in Appplications
- These foils are a little dated but illustrate the point!
- Later examples are more modern
A Revolution in the Software Industry!
7 Separate IMAGE * Separate HTML The WebWindows Operating System
8 Separate IMAGE * Separate HTML Examples and Why WebWindows will Dominate Software Industry?
9 Separate IMAGE * Separate HTML Illustration of WebWindows Concept for Presentation Software
10 Separate IMAGE * Separate HTML RCIHalloween Presentation Foil on WebFoil in WebFoil!!
11 Separate IMAGE * Separate HTML JavaScript Based WebFoil Prototype
12 Separate IMAGE * Separate HTML Lessons of WebFoil for WebWindows Software Development Scenario
Back to the Current Party Line Web Technology Scenario
- See Technology Overview in Overview of CPS616 Technologies of the Information Age 1997
14 Separate IMAGE * Separate HTML Architecture of Web Software
15 Separate IMAGE * Separate HTML General Web Architecture
*************** Start applications and Services ***********
- Earlier and More Specific Application and Service reviews are given in:
- Part 1 of Tutorial on Web Technologies and applications to HPCC and HealthCare
- Web Application and Services Overview as of June96
- Web Application Overview
- NII(Web) Services Overview
- Education specifically is: Web Technologies as a Revolution in Teaching at K-12 and University Level
- and in more uptodate fashion
- Experiences in electronic Education and Training -- Computer science/HPCC Education and
- Futures and Features of Webwisdom Electronic Education and Training and
- Java For Computation and Education
- Health Care is: Web Technology and its Use in Medical Informatics and TeleMedicine and
- Part 2 of Tutorial on Web Technologies and applications to HPCC and HealthCare
- Computing and Problem Solving Environments: Problem Solving Environments from Simulation, Medicine and Defense using the Web
- and in more uptodate view Web Technology as the basis of Portable High Quality HPCN Software
- One particular Web Based Computing Project: Lessons and Implementation -- RSA Factoring on the Web
Some Relevant Technical Reports
- The Application and Technology Overview produced for Chinese CD-ROM
- The WebWork Paper
- The Original WebWindows Paper
- The WebWindows in More Detail
- The A Tale of Two Applications on the Web
- The SC95 Living School Book Paper
Applications on the Web are built on top of Generic Services
- see Problem Solving Environments from Simulation, Medicine and Defense using the Web
- WebTop Productivity InfoVision Commerce
Collaboration and Computing
17 Separate IMAGE * Separate HTML Some Relevant NII Services-II
18 Separate IMAGE * Separate HTML TANGO Collaboration Model
19 Separate IMAGE * Separate HTML TANGO Applications with their participants
20 Separate IMAGE * Separate HTML TANGO Structure of Multidisciplinary Applications
Specialized Services
21 Separate IMAGE * Separate HTML Two Specialized Services
Virtual Environments
22 Separate IMAGE * Separate HTML VRML Chess Example
23 Separate IMAGE * Separate HTML VRML Example: Elevator
24 Separate IMAGE * Separate HTML VRML Example: Finger Spelling
Data analysis
25 Separate IMAGE * Separate HTML Java Example: Category: Business and Finance, Subcategory: Finance -- Stock technical analysis software -- I
26 Separate IMAGE * Separate HTML Java Example: Category: Business and Finance, Subcategory: Finance -- Stock technical analysis software -- II
27 Separate IMAGE * Separate HTML SciVis zoom up of the 2d surface plot
And now we cover various Applications
HealthCare and Medicine/TeleMedicine
28 Separate IMAGE * Separate HTML Use of NII Services in Particular Applications -- HealthCare and Telemedicine
29 Separate IMAGE * Separate HTML Multi-purpose Bridge Technology -- Overview
30 Separate IMAGE * Separate HTML Multi-purpose Bridge Technology --- Examples
Education as a Web Based Application
- Virtual University Activities that NPAC is involved in:
- Done in great detail in Technologies and Issues for Virtual University and Web Technologies for Education and NPAC Projects
- And Web Technologies as a Revolution in Teaching at K-12 and University Level or in less detail Web Technology and Applications for Education
- And in 1997 Java For Computation and Education and Experiences in electronic Education and Training -- Computer science/HPCC Education and Futures and Features of Webwisdom Electronic Education and Training
32 Separate IMAGE * Separate HTML Opportunities in Education - I
33 Separate IMAGE * Separate HTML Opportunities in Education - II
34 Separate IMAGE * Separate HTML Opportunities in Education - Applications
35 Separate IMAGE * Separate HTML Java Example: Category: Education, Subcategory: Physics -- Sky plotter applet
Applications of Web Technology to Society
36 Separate IMAGE * Separate HTML Use of NII Services in Particular Applications -- Society
37 Separate IMAGE * Separate HTML Java Example: Category: Games, Subcategory: Arcade Games - Pacman Game
38 Separate IMAGE * Separate HTML Java Example: Category: Arts and Entertainment, Subcategory: Sports
39 Separate IMAGE * Separate HTML JDBC Examples: 2 Tier example of a car
Applications of Web Technology to Business Enterprise Systems
- see Implications of Internet Technologies for Business and
- Master Foilset for Web-Oracle Integration with such Web Linked databases as heart of this area today
-- Business (Enterprise Systems)
Command and Control
- Crisis Management is civilian and Decision Support is business analog
This is NPAC Project for Rome Laboratory developing Web based Command and Control Prototype
-- Defence and Crisis Management
Collaboratory or Applications of Collaboration to Distributed Work
- Business version is critical to Web based Enterprise Systems as in Lotus Notes
- Obviously this uses Tango or Habanero or Lotus Notes or Equivalent Technologies
*** Start Manufacturing Application ******
- see Multidisciplinary Applications or
- ASOP NII Requirements for Multidisciplinary Optimization Report
-- Manufacturing of Complex Systems
44 Separate IMAGE * Separate HTML ASOP and Multidisciplinary Analysis and Design(MAD)
45 Separate IMAGE * Separate HTML An anecdote contrasting MPP and NII value in Manufacturing
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616basicvrml2april97
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset VRML 2 Basic Concepts and Definitions
Given by Zeynep Ozdemir(Geoffrey C. Fox) at CPS616 -- Information Track of CPS on Spring Semester 97. Foils prepared April 6 1997More Detail! * Foil Index from this file *
|
See VRML Resources including many interesting examples |
| What is VRML2.0 and VRML97 |
| Status of VRML2.0 Browsers |
| Features of VRML2.0 with changes from VRML1.0 -- Deletions and Additions |
| VRML2.0 File Format |
| Nodes, Fields, Events, Shapes, Routes, Sensors |
| Detailed Discussion of Specific Nodes without going into programming issues |
Table of Contents for VRML 2 Basic Concepts and Definitions
A denotes presence of Additional linked informationA 1 Separate IMAGE * Separate HTML CPS616 Spring 97 Computational Science For the Information Age
A 2 Separate IMAGE * Separate HTML Table of Contents - I
A 3 Separate IMAGE * Separate HTML Table of Contents - II
A 4 Separate IMAGE * Separate HTML VRML 2.0 The Virtual Reality Modeling Language
_ 5 Separate IMAGE * Separate HTML VRML 2.0 The Virtual Reality Modeling Language
_ 6 Separate IMAGE * Separate HTML What is VRML97?
_ 7 Separate IMAGE * Separate HTML VRML2.0 Browsers - I
_ 8 Separate IMAGE * Separate HTML PPT Slide
_ 9 Separate IMAGE * Separate HTML PPT Slide
_ 10 Separate IMAGE * Separate HTML Architecture of a VRML2.0 Browser
_ 11 Separate IMAGE * Separate HTML Key Features of VRML 2.0
_ 12 Separate IMAGE * Separate HTML Changes from VRML 1.0 New VRML2.0 Node Types - I
_ 13 Separate IMAGE * Separate HTML New VRML2.0 Node Types - Grouping - II
_ 14 Separate IMAGE * Separate HTML New Node Types - Browser Information - III
_ 15 Separate IMAGE * Separate HTML New Node Types - Browser Information - IV
_ 16 Separate IMAGE * Separate HTML New Node Types - Sound/Light - V
_ 17 Separate IMAGE * Separate HTML New Node Types - Shape/Geometry - VI
_ 18 Separate IMAGE * Separate HTML New Node Types - Geometry - VII
_ 19 Separate IMAGE * Separate HTML New Node Types - Appearance/Properties - VII
_ 20 Separate IMAGE * Separate HTML New Node Types - Scripting - VIII
_ 21 Separate IMAGE * Separate HTML New Node Types - Sensors - VIII
_ 22 Separate IMAGE * Separate HTML New Node Types - Sensors - IX
_ 23 Separate IMAGE * Separate HTML New Node Types - Sensors - X
_ 24 Separate IMAGE * Separate HTML New Node Types - Interpolators - X
_ 25 Separate IMAGE * Separate HTML New Node Types - Interpolators - XI
_ 26 Separate IMAGE * Separate HTML New Node Types - Interpolators - XII
_ 27 Separate IMAGE * Separate HTML New Field Types - XIII
_ 28 Separate IMAGE * Separate HTML Deleted Node Types - XIII
_ 29 Separate IMAGE * Separate HTML Deleted Node Types - XV
_ 30 Separate IMAGE * Separate HTML VRML 2.0 Nodes (Summary of New Features)
_ 31 Separate IMAGE * Separate HTML Sensors Interaction with the User
_ 32 Separate IMAGE * Separate HTML Scripts and Interpolators - I Behavior and Animation
_ 33 Separate IMAGE * Separate HTML Scripts and Interpolators - II Behavior and Animation
_ 34 Separate IMAGE * Separate HTML Sound in VRML2.0
_ 35 Separate IMAGE * Separate HTML Geometry Nodes Polygonal Description of the World
_ 36 Separate IMAGE * Separate HTML VRML File Structure
A 37 Separate IMAGE * Separate HTML VRML File Header
A 38 Separate IMAGE * Separate HTML A Sample VRML File - I
A 39 Separate IMAGE * Separate HTML A Sample VRML File - II
A 40 Separate IMAGE * Separate HTML A Sample VRML File - III
A 41 Separate IMAGE * Separate HTML A Sample VRML Display - simpleworld.wrl - IV
_ 42 Separate IMAGE * Separate HTML VRML2.0 Nodes - I
_ 43 Separate IMAGE * Separate HTML Nodes - Atrributes - II
_ 44 Separate IMAGE * Separate HTML Nodes - ExposedFields -III
_ 45 Separate IMAGE * Separate HTML Fields and Events
_ 46 Separate IMAGE * Separate HTML Fields
_ 47 Separate IMAGE * Separate HTML Field Types - I
_ 48 Separate IMAGE * Separate HTML Field Types - II
_ 49 Separate IMAGE * Separate HTML Field Types - III
_ 50 Separate IMAGE * Separate HTML Events
_ 51 Separate IMAGE * Separate HTML Naming Conventions for Fields/Events
_ 52 Separate IMAGE * Separate HTML Defining Node Names
_ 53 Separate IMAGE * Separate HTML Shapes
_ 54 Separate IMAGE * Separate HTML Shape and Appearance Node Syntax
_ 55 Separate IMAGE * Separate HTML 4 Primitive Geometries
A 56 Separate IMAGE * Separate HTML Shape Example - I
A 57 Separate IMAGE * Separate HTML Shape Example - II
A 58 Separate IMAGE * Separate HTML Grouping Shapes -- Children
A 59 Separate IMAGE * Separate HTML PPT Slide
_ 60 Separate IMAGE * Separate HTML Group Node
_ 61 Separate IMAGE * Separate HTML Group Node Example
A 62 Separate IMAGE * Separate HTML Billboard Node
A 63 Separate IMAGE * Separate HTML A Sample Billboard Group
_ 64 Separate IMAGE * Separate HTML Events and Routes
_ 65 Separate IMAGE * Separate HTML Execution Model for Event processing
_ 66 Separate IMAGE * Separate HTML Diagram of Execution Model for Event processing
_ 67 Separate IMAGE * Separate HTML ROUTE - I
_ 68 Separate IMAGE * Separate HTML ROUTE - II
_ 69 Separate IMAGE * Separate HTML Sensor Nodes - I
_ 70 Separate IMAGE * Separate HTML Sensor Nodes - II
A 71 Separate IMAGE * Separate HTML Prototypes - I
A 72 Separate IMAGE * Separate HTML Prototypes - II
A 73 Separate IMAGE * Separate HTML Prototype Sample
_ 74 Separate IMAGE * Separate HTML IS Statement
_ 75 Separate IMAGE * Separate HTML Transform Node
_ 76 Separate IMAGE * Separate HTML Transform Node Example
A 77 Separate IMAGE * Separate HTML Rotation Field in Transform - I
A 78 Separate IMAGE * Separate HTML Rotation Field - II
A 79 Separate IMAGE * Separate HTML Rotation Example - I
A 80 Separate IMAGE * Separate HTML Rotation Example - II
A 81 Separate IMAGE * Separate HTML Scale Field in Transform
A 82 Separate IMAGE * Separate HTML Scale Example - I
A 83 Separate IMAGE * Separate HTML Scale Example - II
A 84 Separate IMAGE * Separate HTML Scale Example - III
A 85 Separate IMAGE * Separate HTML Material Node - I
A 86 Separate IMAGE * Separate HTML Material Node - II
A 87 Separate IMAGE * Separate HTML Material Node - III
A 88 Separate IMAGE * Separate HTML Material Node - IV
A 89 Separate IMAGE * Separate HTML Material Node - V
A 90 Separate IMAGE * Separate HTML PPT Slide
_ 91 Separate IMAGE * Separate HTML Animation - I
_ 92 Separate IMAGE * Separate HTML Animation - II
_ 93 Separate IMAGE * Separate HTML PositionInterpolator - I
_ 94 Separate IMAGE * Separate HTML PositionInterpolator - II
A 95 Separate IMAGE * Separate HTML An Example Using PositionInterpolators
A 96 Separate IMAGE * Separate HTML In Header of doorway.wrl -- What it does
A 97 Separate IMAGE * Separate HTML The First Stair in doorway.wrl
A 98 Separate IMAGE * Separate HTML Animation Strategy in doorway.wrl
A 99 Separate IMAGE * Separate HTML Animation Code for Stair1 in doorway.wrl
_ 100 Separate IMAGE * Separate HTML OrientationInterpolator
_ 101 Separate IMAGE * Separate HTML ColorInterpolator
_ 102 Separate IMAGE * Separate HTML ScalarInterpolator
_ 103 Separate IMAGE * Separate HTML NormalInterpolator Node
_ 104 Separate IMAGE * Separate HTML Handling User Interactions - I
_ 105 Separate IMAGE * Separate HTML Handling User Interactions - II
_ 106 Separate IMAGE * Separate HTML TimeSensor - I
_ 107 Separate IMAGE * Separate HTML TimeSensor - II
_ 108 Separate IMAGE * Separate HTML TouchSensor - I
_ 109 Separate IMAGE * Separate HTML TouchSensor - II
_ 110 Separate IMAGE * Separate HTML PlaneSensor
_ 111 Separate IMAGE * Separate HTML SphereSensor
_ 112 Separate IMAGE * Separate HTML CylinderSensor
_ 113 Separate IMAGE * Separate HTML VisibilitySensor Node - I
_ 114 Separate IMAGE * Separate HTML VisibilitySensor Node - II
_ 115 Separate IMAGE * Separate HTML ProximitySensor Node - I
_ 116 Separate IMAGE * Separate HTML ProximitySensor Node - II
_ 117 Separate IMAGE * Separate HTML Collision Node - I
_ 118 Separate IMAGE * Separate HTML Collision Node - II
_ 119 Separate IMAGE * Separate HTML Treatment of Multiple Sensors
A 120 Separate IMAGE * Separate HTML Inline Node
A 121 Separate IMAGE * Separate HTML A Sample Inlined File
A 122 Separate IMAGE * Separate HTML Linking Different VRML Worlds
A 123 Separate IMAGE * Separate HTML An Example of Anchor Node
A 124 Separate IMAGE * Separate HTML Text Node Definition
_ 125 Separate IMAGE * Separate HTML Text Node Notes
_ 126 Separate IMAGE * Separate HTML Font Style Node Definition - I
_ 127 Separate IMAGE * Separate HTML Font Style Node - II
_ 128 Separate IMAGE * Separate HTML Font Style Node - II
_ 129 Separate IMAGE * Separate HTML Lights - I
_ 130 Separate IMAGE * Separate HTML Lights - Pointlight Node
_ 131 Separate IMAGE * Separate HTML PointLight Node Fields - I
_ 132 Separate IMAGE * Separate HTML PointLight Node Fields - II
A 133 Separate IMAGE * Separate HTML DirectionalLight Node
_ 134 Separate IMAGE * Separate HTML SpotLight Node - I
_ 135 Separate IMAGE * Separate HTML SpotLight Node - II
_ 136 Separate IMAGE * Separate HTML Defining VRML shapes with points, lines, and faces
_ 137 Separate IMAGE * Separate HTML PointSet Node
_ 138 Separate IMAGE * Separate HTML Binding Colors to points, lines, and faces
_ 139 Separate IMAGE * Separate HTML IndexedLineSet Fields - I
_ 140 Separate IMAGE * Separate HTML IndexedLineSet Fields - II
_ 141 Separate IMAGE * Separate HTML IndexedFaceSet Node - I
_ 142 Separate IMAGE * Separate HTML IndexedFaceSet Node - II
_ 143 Separate IMAGE * Separate HTML IndexedFaceSet Node - III
_ 144 Separate IMAGE * Separate HTML IndexedFaceSet Node - IV
_ 145 Separate IMAGE * Separate HTML Color Node
A 146 Separate IMAGE * Separate HTML ElevationGrid Node
A 147 Separate IMAGE * Separate HTML Example of ElevationGrid Node
A 148 Separate IMAGE * Separate HTML Extrusion Node
A 149 Separate IMAGE * Separate HTML Example of Extrusion Node
_ 150 Separate IMAGE * Separate HTML Shading and Normals
A 151 Separate IMAGE * Separate HTML Texture - I
_ 152 Separate IMAGE * Separate HTML Texture - II
A 153 Separate IMAGE * Separate HTML ImageTexture
A 154 Separate IMAGE * Separate HTML An Example ImageTexture
_ 155 Separate IMAGE * Separate HTML PixelTexture Node
_ 156 Separate IMAGE * Separate HTML MovieTexture Node - I
_ 157 Separate IMAGE * Separate HTML MovieTexture Node - II
_ 158 Separate IMAGE * Separate HTML Texture Mapping with S and T
_ 159 Separate IMAGE * Separate HTML Controlling Detail and Rendering Time
_ 160 Separate IMAGE * Separate HTML Fields in a LOD Node
_ 161 Separate IMAGE * Separate HTML Sound Effects
_ 162 Separate IMAGE * Separate HTML AudioClip Node - I
_ 163 Separate IMAGE * Separate HTML AudioClip Node - II
_ 164 Separate IMAGE * Separate HTML Sound Node - I
_ 165 Separate IMAGE * Separate HTML Fields in Sound Node - II
_ 166 Separate IMAGE * Separate HTML Adding Background to the VRML World - I
_ 167 Separate IMAGE * Separate HTML The Background Scenarios
_ 168 Separate IMAGE * Separate HTML Adding Background to the VRML World - II
_ 169 Separate IMAGE * Separate HTML Creating A Virtual Atmosphere Effect
_ 170 Separate IMAGE * Separate HTML Viewpoints -- Overview
_ 171 Separate IMAGE * Separate HTML Fields in Viewpoint Node - I
_ 172 Separate IMAGE * Separate HTML Viewpoint Node - II
_ 173 Separate IMAGE * Separate HTML Avatars
_ 174 Separate IMAGE * Separate HTML NavigationInfo Node - I
_ 175 Separate IMAGE * Separate HTML NavigationInfo Node - II
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616basicvrml96
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Overview of VRML 1.0 Language with Examples
Given by Geoffrey C. Fox, Alvin Leung, Meryem Ispirli at CPS616 Basic Information Track for Computational Science on Winter-Spring Semester 96 and 97. Foils prepared 7 April 1997More Detail! * Foil Index from this file * See also color IMAGE
| VRML 1.0 resource is http://vrml.wired.com/vrml.tech/ |
| This presentation illustrates many but NOT all the VRML 1.0 nodes using some simple examples taken from |
| http://www.npac.syr.edu/users/gcf/vrmldemo/vrml1.0demo.html |
| where there is a car and 8 variants on a pyramid defined |
| We juxtapose formal definitions of nodes with snippets of VRML from these exemplars |
| Note VRML1.0 is a dead language as VRML2.0 has changed nearly all detailed syntax. However design of these two dialects are similar |
Table of Contents for Overview of VRML 1.0 Language with Examples
A denotes presence of Additional linked informationA 1 Separate IMAGE * Separate HTML CPS 616 Computational Science Track on Base Technologies for the Information Age:
VRML1.0 Language Basics
A 2 Separate IMAGE * Separate HTML Abstract of Basic VRML1.0 for CPS616
_ 3 Separate IMAGE * Separate HTML History of VRML from wired VRML Site
A 4 Separate IMAGE * Separate HTML Overview of VRML Language Details - I
_ 5 Separate IMAGE * Separate HTML Overview of VRML Language Details - II
_ 6 Separate IMAGE * Separate HTML General Structure of VRML
_ 7 Separate IMAGE * Separate HTML VRML1.0 to VRML2.0 Transisition
_ 8 Separate IMAGE * Separate HTML Coordinate System for VRML
A 9 Separate IMAGE * Separate HTML The Types of Fields (attributes,properties) in VRML
_ 10 Separate IMAGE * Separate HTML The 12 SF and 4 MF Type Classes
_ 11 Separate IMAGE * Separate HTML SFColor SFLong SFFloat Basic Types
_ 12 Separate IMAGE * Separate HTML SFMatrix and SFRotation
_ 13 Separate IMAGE * Separate HTML SFEnum and SFString
_ 14 Separate IMAGE * Separate HTML SFVec2f and SFVec3f
_ 15 Separate IMAGE * Separate HTML SFImage Specification of Hexadecimal Representation
_ 16 Separate IMAGE * Separate HTML SFImage Specification Examples
_ 17 Separate IMAGE * Separate HTML MFColor and MFLong
_ 18 Separate IMAGE * Separate HTML MFVec2f and MFVec3f
A 19 Separate IMAGE * Separate HTML The Nodes in VRML1.0 -- Overall Classes and Function
_ 20 Separate IMAGE * Separate HTML Coordinate System and How Fields are entered into Nodes in VRML
A 21 Separate IMAGE * Separate HTML VRML 1.0 Shape Nodes
A 22 Separate IMAGE * Separate HTML VRML 1.0 Property Nodes
_ 23 Separate IMAGE * Separate HTML VRML 2.0 Changes
A 24 Separate IMAGE * Separate HTML VRML1.0 Group and "Other" Nodes
_ 25 Separate IMAGE * Separate HTML General Structure of a VRML1.0 Node
A 26 Separate IMAGE * Separate HTML NPAC Online VRML Examples
A 27 Separate IMAGE * Separate HTML The Eight Versions of a VRML Pyramid - I
_ 28 Separate IMAGE * Separate HTML The Eight Versions of a VRML Pyramid - II
A 29 Separate IMAGE * Separate HTML The Start of Basic White Pyramid -- Separator and Material
_ 30 Separate IMAGE * Separate HTML VRML Material Node
_ 31 Separate IMAGE * Separate HTML VRML1.0 Separator Node I
_ 32 Separate IMAGE * Separate HTML VRML1.0 Separator Node II -- Formal Specification
_ 33 Separate IMAGE * Separate HTML Structure of the Pyramid with Coordinate3 and IndexedFaceSet - I
_ 34 Separate IMAGE * Separate HTML Structure of the Pyramid with Coordinate3 and IndexedFaceSet - II
_ 35 Separate IMAGE * Separate HTML VRML1.0 IndexedFaceSet Node I
_ 36 Separate IMAGE * Separate HTML VRML1.0 IndexedFaceSet Node II
_ 37 Separate IMAGE * Separate HTML VRML1.0 IndexedFaceSet Node III -- Formal Specification
A 38 Separate IMAGE * Separate HTML Use of WWWAnchor Transform and WWWInline in Pyramid Demonstration
_ 39 Separate IMAGE * Separate HTML Notes on Use of WWWAnchor Transform and WWWInline in Pyramid Demonstration
_ 40 Separate IMAGE * Separate HTML VRML1.0 WWWAnchor Node I
_ 41 Separate IMAGE * Separate HTML VRML1.0 WWWAnchor Node II
_ 42 Separate IMAGE * Separate HTML VRML1.0 WWWAnchor Node III -- Formal Specification
_ 43 Separate IMAGE * Separate HTML VRML1.0 WWWInline Node - I
_ 44 Separate IMAGE * Separate HTML VRML1.0 WWWInline Node - II Formal Specification
_ 45 Separate IMAGE * Separate HTML VRML1.0 Transform Node I
_ 46 Separate IMAGE * Separate HTML The Transform Node is Equivalent to Several Other VRML1.0 Nodes Applied Together
_ 47 Separate IMAGE * Separate HTML VRML1.0 Rotation Node
_ 48 Separate IMAGE * Separate HTML Use of PerspectiveCamera in Pyramid Demonstration
_ 49 Separate IMAGE * Separate HTML VRML1.0 PerspectiveCamera Node - I
_ 50 Separate IMAGE * Separate HTML VRML1.0 PerspectiveCamera Node - Formal Specification
A 51 Separate IMAGE * Separate HTML Use of Separator Transform DirectionalLight in Car Demonstration
_ 52 Separate IMAGE * Separate HTML VRML1.0 DirectionalLight Node
_ 53 Separate IMAGE * Separate HTML Use of ShapeHints in Pyramid - I
_ 54 Separate IMAGE * Separate HTML Use of ShapeHints in Pyramid - II
_ 55 Separate IMAGE * Separate HTML VRML1.0 ShapeHints Node I
_ 56 Separate IMAGE * Separate HTML VRML1.0 ShapeHints Node II
_ 57 Separate IMAGE * Separate HTML VRML1.0 ShapeHints Node III -- Formal Specification
_ 58 Separate IMAGE * Separate HTML VRML1.0 ShapeHints Node IV -- Formal Specification (contd)
A 59 Separate IMAGE * Separate HTML Use of PER_VERTEX MaterialBinding in Pyramid Coloring - I
_ 60 Separate IMAGE * Separate HTML Use of PER_VERTEX MaterialBinding in Pyramid Coloring - II
_ 61 Separate IMAGE * Separate HTML VRML1.0 MaterialBinding Node - I
_ 62 Separate IMAGE * Separate HTML VRML1.0 MaterialBinding Node - II
_ 63 Separate IMAGE * Separate HTML VRML1.0 MaterialBinding Node - III
A 64 Separate IMAGE * Separate HTML Use of PER_VERTEX_INDEXED MaterialBinding in Pyramid Coloring - I
_ 65 Separate IMAGE * Separate HTML Use of PER_VERTEX_INDEXED MaterialBinding in Pyramid Coloring - II
_ 66 Separate IMAGE * Separate HTML Use of PER_VERTEX_INDEXED MaterialBinding in Pyramid Coloring - III
A 67 Separate IMAGE * Separate HTML Use of PER_FACE MaterialBinding in Pyramid Coloring - I
_ 68 Separate IMAGE * Separate HTML Use of PER_FACE MaterialBinding in Pyramid Coloring - II
A 69 Separate IMAGE * Separate HTML Use of PER_FACE_INDEXED MaterialBinding in Pyramid Coloring - I
A 70 Separate IMAGE * Separate HTML Use of Simple Texture Map in Pyramid Coloring
_ 71 Separate IMAGE * Separate HTML VRML1.0 Texture2 Node - I
_ 72 Separate IMAGE * Separate HTML VRML1.0 Texture2 Node - II Formal Specification
A 73 Separate IMAGE * Separate HTML Use of TextureCoordinate2 in Pyramid Coloring - I
_ 74 Separate IMAGE * Separate HTML Use of TextureCoordinate2 in Pyramid Coloring - II
_ 75 Separate IMAGE * Separate HTML VRML1.0 TextureCoordinate2 Node
_ 76 Separate IMAGE * Separate HTML VRML1.0 Texture2Transform Node I
_ 77 Separate IMAGE * Separate HTML VRML1.0 Texture2Transform Node II Formal Specification
A 78 Separate IMAGE * Separate HTML Definition of Wheel in Car Demonstration - I
_ 79 Separate IMAGE * Separate HTML Definition of Wheel in Car Demonstration - II
_ 80 Separate IMAGE * Separate HTML VRML Sphere Node - I
_ 81 Separate IMAGE * Separate HTML VRML Sphere Node -- Formal Specification
A 82 Separate IMAGE * Separate HTML Definition of HeadLight in Car Demonstration - I
_ 83 Separate IMAGE * Separate HTML Definition of HeadLight in Car Demonstration - II
_ 84 Separate IMAGE * Separate HTML Definition of HeadLight in Car Demonstration - III
_ 85 Separate IMAGE * Separate HTML Definition of HeadLight in Car Demonstration - IV
_ 86 Separate IMAGE * Separate HTML VRML Cone Node - I
_ 87 Separate IMAGE * Separate HTML VRML Cone Node - II
_ 88 Separate IMAGE * Separate HTML VRML Cone Node - III
_ 89 Separate IMAGE * Separate HTML VRML1.0 PointLight Node - I
_ 90 Separate IMAGE * Separate HTML VRML1.0 PointLight Node - Formal Specification
_ 91 Separate IMAGE * Separate HTML VRML1.0 Cylinder Node - I
_ 92 Separate IMAGE * Separate HTML VRML1.0 Cylinder Node - II
_ 93 Separate IMAGE * Separate HTML VRML1.0 Cylinder Node Formal Specifications- III
A 94 Separate IMAGE * Separate HTML VRML1.0 AsciiText in Car Demonstration - I
_ 95 Separate IMAGE * Separate HTML AsciiText in Car Demonstration - II
_ 96 Separate IMAGE * Separate HTML AsciiText Node Type -- General Structure - I
_ 97 Separate IMAGE * Separate HTML AsciiText Node Type -- General Structure - II
_ 98 Separate IMAGE * Separate HTML AsciiText Node Type -- Formal Specification
_ 99 Separate IMAGE * Separate HTML VRML1.0 Level Of Detail LOD Node - I
_ 100 Separate IMAGE * Separate HTML VRML1.0 Level Of Detail LOD Node - II
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616commerce97
Foilset Search
Full Index for Basic foilset Implications of Internet Technologies for Business
Given by John Gallaugher at CPS616 -- Information Track of CPS on Spring Semester 97. Foils prepared 5 May 97 * *
| What is the Internet? |
| Drivers of commercial Internet growth |
| Current barriers & unresolved issues |
| Strategic considerations |
Table of Contents for Implications of Internet Technologies for Business
A denotes presence of Additional linked informationA 1
Business & Internet Technologies _ 2
Outline A 3
What is the Internet? A 4
Example: Use of Internet to Maintain PC A 5
Drivers of Commercial Internet Growth A 6
Desirable Demographics A 7
Lower Transaction Costs A 8
Example: Flowers by Internet A 9
Example: Online Banking A 10
Example: Brokerage A 11
Example: Book Sales A 12
Lower Information Dissemination Costs A 13
Example: General Electric Site A 14
Broaden Reach A 15
Example: Aberdeen Group Marketing A 16
Example: Online Stock Market A 17
Increased Service A 18
Example: Gateway PC Sales A 19
Example: Fedex Package Tracking A 20
Example: Music CD's A 21
Increased Customer Feedback A 22
Example: Time Warner Media Products A 23
Example: Pointcast A 24
Research A 25
Example: US Dept. of Commerce A 26
Example: Netscape In Box A 27
Current Barriers A 28
Security A 29
Unresolved Issues A 30
Strategic Considerations A 31
Example: Identify Best Price A 32
Position in the Distribution Chain A 33
If you build it... A 34
Example: Reel.com Movie Info A 35
Future Technologies Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616javascript97
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset JavaScript Tutorial for CPS616 Technologies of the Information Age 1997
Given by Geoffrey C. Fox at Basic Information Track of CPS on Spring Semester 97. Foils prepared 15 January 1997More Detail! * Foil Index from this file * Addon See also color IMAGE
| Java versus JavaScript versus HTML Issues |
| Some Simple Motivating Examples |
| Language Features and Syntax |
| The Peculiar Object Model -- Functions Properties and Methods |
| Arrays in old and new JavaScript |
| Arguments of Functions |
| with and other object related syntax |
| The JavaScript built in Math String and Date Objects |
| The Navigator Objects -- Frames Windows Document Form |
| Event Handling including Function object |
| Cookies |
| User Objects and Examples including using JavaScript for frames |
Table of Contents for JavaScript Tutorial for CPS616 Technologies of the Information Age 1997
A denotes presence of Additional linked information
Indicates Available audio which is greyed out if missing
A
1
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* Separate HTML CPS 616 January-April 1997Computational Science Track on Base Technologies for the Information Age:
Module on JavaScript
A
2
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* Separate HTML Abstract of CPS616 JavaScript Presentatation
_
3
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* Separate HTML General Remarks on JavaScript - I
_
4
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* Separate HTML General Remarks on JavaScript - II
_
5
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* Separate HTML Java / Interpreter Structure
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6
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* Separate HTML Some Performance Comments
_
7
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* Separate HTML We need to know HTML!
_
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* Separate HTML Hello World Example of JavaScript- I
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9
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* Separate HTML Hello World Example of JavaScript- II
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10
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* Separate HTML Example of Clicking on a Form - I
_
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* Separate HTML Example of Clicking on a Form - II
A
12
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* Separate HTML Example of Parameterized HTML
_
13
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* Separate HTML LiveWire -- Netscape's Approach to CGI
_
14
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* Separate HTML Refinements in the <SCRIPT> Tag - I
_
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* Separate HTML Refinements in the <SCRIPT> Tag - II
A
16
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* Separate HTML JavaScript URL's
A
17
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* Separate HTML JavaScript Entities in HTML
_
18
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* Separate HTML JavaScript Compared to Java - I
_
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* Separate HTML JavaScript Compared to Java - II
A
20
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* Separate HTML The JavaScript Language -- Values, Names Etc.
A
21
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* Separate HTML The JavaScript Language -- Expressions - I
A
22
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* Separate HTML The JavaScript Language -- Expressions - II
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23
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* Separate HTML The JavaScript Language -- Conditionals
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24
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* Separate HTML JavaScript Object Model -- I
A
25
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* Separate HTML JavaScript Object Model -- II
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26
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* Separate HTML Example of a JavaScript Function
_
27
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* Separate HTML Creation of JavaScript Objects
_
28
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* Separate HTML User Defined Objects Continued
_
29
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* Separate HTML The JavaScript with Statement for objects
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30
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* Separate HTML The for ... in JavaScript syntax
A
31
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* Separate HTML The New Way of Defining Arrays
A
32
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* Separate HTML The old MakeArray Function and Arrays of Object
A
33
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* Separate HTML More on Arrays -- Properties and Multidimensions
_
34
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* Separate HTML The arguments Array in JavaScript
_
35
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* Separate HTML The this keyword in JavaScript
_
36
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* Separate HTML The parseInt parseFloat System functions
A
37
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* Separate HTML The eval JavaScript Function
_
38
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* Separate HTML Built-In JavaScript and LiveWire Objects
A
39
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* Separate HTML The Math and Number Objects in JavaScript
_
40
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* Separate HTML The String Object in JavaScript - I
A
41
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* Separate HTML Explanation of String methods - I
_
42
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* Separate HTML The String Object in JavaScript - II
_
43
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* Separate HTML Explanation of String methods - II
A
44
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* Separate HTML The Date Object in JavaScript
_
45
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* Separate HTML The Structure of the Navigator Object/Property Hierarchy
_
46
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* Separate HTML The Confused Window Labelling Scheme
_
47
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* Separate HTML The Window Hierarchy Pictorially
_
48
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* Separate HTML Creating New Windows
_
49
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* Separate HTML Role of Frames in JavaScript
A
50
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* Separate HTML Frame Basics in Netscape HTML -- Example
_
51
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* Separate HTML Frame Basics in Netscape HTML -- Rules
_
52
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* Separate HTML Use of Dummy Frames in JavaScript
_
53
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* Separate HTML General Syntax of <Frameset> </Frameset>
_
54
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* Separate HTML General Syntax of <Frame> tag
A
55
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* Separate HTML Event Handlers in JavaScript - I
_
56
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* Separate HTML Event Handlers in JavaScript - II
_
57
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* Separate HTML Event Handlers in JavaScript - III
_
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* Separate HTML Event Handlers in JavaScript - IV
_
59
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* Separate HTML The Function Object and Event Handlers
_
60
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* Separate HTML JavaScript Form Example
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61
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* Separate HTML JavaScript Link Example
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62
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* Separate HTML Structure of Index -- mainframe Case
A
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* Separate HTML setTimeout and clearTimeout
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64
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* Separate HTML setTimeOut Example -- Display Current Time - I
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* Separate HTML setTimeOut Example -- Display Current Time - II
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66
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* Separate HTML More on Document Objects -- Image
_
67
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* Separate HTML The Asynchronous JavaScript/Browser
_
68
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* Separate HTML prototype Property
_
69
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* Separate HTML Cookies - "hidden" alternative
A
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* Separate HTML Cookies -- Client Side Files
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* Separate HTML Specification of a cookie - I
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* Separate HTML Specification of a cookie - II
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* Separate HTML Use of Cookies in Server Program
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* Separate HTML Use of Cookies in Client Program
A
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* Separate HTML TAINTING! Security in JavaScript
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* Separate HTML LiveConnect Java to JavaScript - I
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* Separate HTML LiveConnect Java to JavaScript - II
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* Separate HTML Use of Dynamic Forms (Layout) in JavaScript
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* Separate HTML The flexbuttons dynamic form in JavaScript
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* Separate HTML Create RadioButtons Dynamically
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* Separate HTML Create Select Field Dynamically Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616jdbc97
Foilset Search
Full Index for Basic foilset Overview of Java Database Connection
Given by Udayan Parvate, Tom Pulikal (Geoffrey C. Fox) at Basic Information Technology Course CPS616 on Spring Semester 1997. Foils prepared 13 March 1997 * *
| Prepated by Udayan Parvate and Tom Pulikal under Supervision of Wojtek Furmanski |
| Basic Architecture |
| Some Current Implementations and Examples |
Table of Contents for Overview of Java Database Connection
1
JDBC Java - Database Connectivity Overview for CPS616 Technologies of Information Age Spring 97 2
Traditional Web/RDBMS access Compared to using Java 3
JDBC Main Features 4
JDBC Architecture 5
Package java.sql 6
JDBC Classes 7
JDBC API 8
JDBC API - II 9
JDBC API - III 10
JDBC API - IV 11
A typical JDBC API usage sequence 12
Connecting to a database 13
Types of JDBC drivers 14
List of vendors 15
Practical Options at NPAC 16
Practical Options at NPAC contd. 17
Example - Using Imaginary's mSQL Driver 18
Example - using Imaginary's mSQL Driver -II 19
Example - Using Weblogic's Oracle Driver 20
Example - Using Weblogic's Oracle Driver -II 21
Example - Using Weblogic's Oracle Driver -III 22
Example - Using JDBC-ODBC Bridge - I 23
Example - Using JDBC-ODBC Bridge - II 24
Example - Using JDBC-ODBC Bridge -III 25
Example - usingJDBC-ODBC Bridge -IV 26
Example - usingJDBC-ODBC Bridge (contd.) Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616master97
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Overview of CPS616 Technologies of the Information Age 1997
Given by Geoffrey C. Fox at Basic Information Track of CPS on Spring Semester 97. Foils prepared 15 January 1997More Detail! * Foil Index from this file * See also color IMAGE
| This Foilset contains introductory material on CPS616 course for spring 1997 |
| Course Logistics |
| Overview of Field and Material covered and relation to other courses |
| Summary of Relevant Technologies |
Table of Contents for Overview of CPS616 Technologies of the Information Age 1997
A denotes presence of Additional linked informationA 1 Separate IMAGE * Separate HTML CPS 616 January-April 1997
Computational Science Track on base technologies for the Information Age:
Overview of Course and Associated Curricula
See:
http://www.npac.syr.edu/users/gcf/cps616master97
_ 2 Separate IMAGE * Separate HTML Abstract of CPS616-97 Administrative Set
_ 3 Separate IMAGE * Separate HTML Overview of CPS Web/Information Technology Courses
_ 4 Separate IMAGE * Separate HTML Course Details -- People and Grading!
_ 5 Separate IMAGE * Separate HTML Some Course Prerequisites
_ 6 Separate IMAGE * Separate HTML Components of a Web system Pictorially
_ 7 Separate IMAGE * Separate HTML Where to learn What you Want!
_ 8 Separate IMAGE * Separate HTML Basic (CPS606) Structure of World Wide Web
_ 9 Separate IMAGE * Separate HTML The Current Web Client Server Model
_ 10 Separate IMAGE * Separate HTML Architecture of Web Software
A 11 Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell -- Java
A 12 Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell - JavaScript
_ 13 Separate IMAGE * Separate HTML Some Web Technologies in a Nutshell - PERL
A 14 Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell - Database
A 15 Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell - VRML
A 16 Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell - MultiMedia
A 17 Separate IMAGE * Separate HTML Some Further Topics of Importance
A 18 Separate IMAGE * Separate HTML CPS640 Topics in More Detail - I
_ 19 Separate IMAGE * Separate HTML CPS640 Topics in More Detail - II
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Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Access of Data using SQL-PL/SQL-OraPerl in Oracle
Given by Gang Cheng, C.W. Ou, Geoffrey C. Fox at CPS616 Basic Information Track for Computational Science on Winter-Spring Semester 97. Foils prepared 5 March 1996More Detail! * Foil Index from this file * See also color IMAGE
| General Structure of SQL |
| Features of Oracle SQL and Examples |
| The six classes of SQL commands: Data Manipulation Language statements (DML), Data Definition Language statements (DDL), Transaction Control statements, Session Control statements, System Control statements, Embedded SQL statements |
| Programming in PL/SQL with examples and discussion of difference between SQL and PL/SQL |
| Oraperl - Access Oracle RDBMS from Perl |
Table of Contents for Access of Data using SQL-PL/SQL-OraPerl in Oracle
A denotes presence of Additional linked information_ 1 Separate IMAGE * Separate HTML CPS 616 January-April 1997
Technologies for the Information Age
Oracle RDBMS and Web Integration
Module 2: Data Access SQL and Progamming PL/SQL in Oracle
_ 2 Separate IMAGE * Separate HTML Abstract of: Module 2: Data Access and Progamming in Oracle
_ 3 Separate IMAGE * Separate HTML Data Access and Progamming in Oracle
_ 4 Separate IMAGE * Separate HTML What we will do in These Lectures
_ 5 Separate IMAGE * Separate HTML Some Basic Terminology for Relational Database Model
_ 6 Separate IMAGE * Separate HTML Examples of Typical Relational Operations
_ 7 Separate IMAGE * Separate HTML Examples of SELECT and PROJECT
A 8 Separate IMAGE * Separate HTML Examples of JOIN and UNION Select Operations
_ 9 Separate IMAGE * Separate HTML Examples of INTERSECT and recursive embedded Operations
A 10 Separate IMAGE * Separate HTML Structure Query Language (SQL) - I
_ 11 Separate IMAGE * Separate HTML Structure Query Language - II
_ 12 Separate IMAGE * Separate HTML Data Types and Operators in Oracle SQL
_ 13 Separate IMAGE * Separate HTML Functions in Oracle SQL
_ 14 Separate IMAGE * Separate HTML Classes of Oracle SQL Statements
_ 15 Separate IMAGE * Separate HTML DDL Contrasted to DML
_ 16 Separate IMAGE * Separate HTML Data Definition Language statements (DDL)
A 17 Separate IMAGE * Separate HTML DDL Statement Examples
_ 18 Separate IMAGE * Separate HTML Data Manipulation Language statements (DML)
A 19 Separate IMAGE * Separate HTML DML Examples - I
A 20 Separate IMAGE * Separate HTML DML Examples - II
_ 21 Separate IMAGE * Separate HTML Transaction Control Statements
_ 22 Separate IMAGE * Separate HTML PL/SQL - Oracle's Procedural Language to SQL
_ 23 Separate IMAGE * Separate HTML Advantages of PL/SQL
_ 24 Separate IMAGE * Separate HTML Architecture of The PL/SQL "Engine"
_ 25 Separate IMAGE * Separate HTML PL/SQL Data Types
_ 26 Separate IMAGE * Separate HTML Program Units in PL/SQL
_ 27 Separate IMAGE * Separate HTML PL/SQL Stored Procedure
_ 28 Separate IMAGE * Separate HTML PL/SQL Packages
_ 29 Separate IMAGE * Separate HTML Example of A PL/SQL Package Structure
_ 30 Separate IMAGE * Separate HTML Cursors in PL/SQL - I
_ 31 Separate IMAGE * Separate HTML Cursors in PL/SQL - II
A 32 Separate IMAGE * Separate HTML An Example of PL/SQL Stored Procedure - I
A 33 Separate IMAGE * Separate HTML An Example of PL/SQL Stored Procedure - II
A 34 Separate IMAGE * Separate HTML An Example of PL/SQL Stored Procedure - III
_ 35 Separate IMAGE * Separate HTML How to use Example of PL/SQL Stored Procedure
_ 36 Separate IMAGE * Separate HTML Explanation of Example of PL/SQL Stored Procedure
_ 37 Separate IMAGE * Separate HTML Scope and Life time of Procedure and Package Variables, Constants, and Cursors
_ 38 Separate IMAGE * Separate HTML Oraperl - Oracle Data Access From a Perl Program
_ 39 Separate IMAGE * Separate HTML Major Built-in Functions in Oraperl
_ 40 Separate IMAGE * Separate HTML An Example in OraPerl - Query a Person's Phone Number By Last or First Name - I
_ 41 Separate IMAGE * Separate HTML An Example in OraPerl - Query a Person's Phone Number By Last or First Name - II
_ 42 Separate IMAGE * Separate HTML More detailed information about SQL, PL/SQL and Oraperl, including examples, can be found in the handout and on-line at http://osprey7.npac.syr.edu
:1997/database
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HELP! * GREY=local Full Index for LOCAL foilset Basic Discussion of Oracle 7 Relational Database
Given by Gang Cheng, C.W. Ou, Geoffrey C. Fox at CPS616 Basic Information Track for Computational Science on Winter-Spring Semester 96. Foils prepared 4 April 1996More Detail! * Foil Index from this file * See also color IMAGE
| This starts with a summary of four major modules (this is first one of the four) |
| What is a Relational Database |
| A Phone-List Example for Motivation and Illustration of Concept |
| Major Schema Objects and Structures in Oracle with examples |
| Data Integrity and Data Types in Oracle |
| Data Concurrency and Consistency in Oracle |
Table of Contents for Basic Discussion of Oracle 7 Relational Database
A denotes presence of Additional linked informationA 1 Separate IMAGE * Separate HTML CPS 616 January-April 1996 Computational Science Track on Base Technology for the Information Age:
Oracle RDBMS and Web Integration
Module 1 - A Technical Introduction to Oracle RDBMS
A 2 Separate IMAGE * Separate HTML Abstract of: Module 1 - A Technical Introduction to Oracle RDBMS
_ 3 Separate IMAGE * Separate HTML Full Summary of CPS616 Oracle/Web Presentation - I
A 4 Separate IMAGE * Separate HTML Full Summary of CPS616 Oracle/Web Presentation - II
_ 5 Separate IMAGE * Separate HTML A Technical Introduction to Oracle RDBMS
_ 6 Separate IMAGE * Separate HTML Example Problem Description -I
_ 7 Separate IMAGE * Separate HTML Example Problem Description -II
A 8 Separate IMAGE * Separate HTML Example problem description -III
_ 9 Separate IMAGE * Separate HTML Example problem description -IV
A 10 Separate IMAGE * Separate HTML The Relational Database Model
_ 11 Separate IMAGE * Separate HTML Examples of Attribute and Entity Relationship Tables
_ 12 Separate IMAGE * Separate HTML Relational Rules -- 1
_ 13 Separate IMAGE * Separate HTML Relational Rules - 2
_ 14 Separate IMAGE * Separate HTML Relational Rules - 3
_ 15 Separate IMAGE * Separate HTML Relational Algebra
_ 16 Separate IMAGE * Separate HTML Database Structure and Space Management in Oracle
A 17 Separate IMAGE * Separate HTML Major Schema Objects in Oracle - Tablespace I
A 18 Separate IMAGE * Separate HTML Major Schema Objects in Oracle - Tablespace II
_ 19 Separate IMAGE * Separate HTML Major Schema Objects in Oracle - III -- Table
A 20 Separate IMAGE * Separate HTML Define A Table Structure in Oracle - An Example
_ 21 Separate IMAGE * Separate HTML Major Schema Objects in Oracle -IV- View
_ 22 Separate IMAGE * Separate HTML Major Use of Views in a Database I
_ 23 Separate IMAGE * Separate HTML Major Use of Views in a Database II
_ 24 Separate IMAGE * Separate HTML Define a View in Oracle - An Example
_ 25 Separate IMAGE * Separate HTML Major Schema Objects in Oracle -V -- Sequences
_ 26 Separate IMAGE * Separate HTML Major Schema Objects in Oracle -VI - Procedures etc.
_ 27 Separate IMAGE * Separate HTML Major Schema Objects in Oracle -VI- Synonym
_ 28 Separate IMAGE * Separate HTML Major Schema Objects in Oracle -VII-Synonym
_ 29 Separate IMAGE * Separate HTML Major Schema Objects in Oracle -VIII - Indices
_ 30 Separate IMAGE * Separate HTML When Should one Create Indices ?
_ 31 Separate IMAGE * Separate HTML How to Choose Columns to be Indexed
_ 32 Separate IMAGE * Separate HTML Major Schema Objects in Oracle - IX
_ 33 Separate IMAGE * Separate HTML Data Integrity in Oracle -I
_ 34 Separate IMAGE * Separate HTML Data Integrity in Oracle -II
_ 35 Separate IMAGE * Separate HTML Data Integrity in Oracle -III
_ 36 Separate IMAGE * Separate HTML Datatypes in Oracle -I
_ 37 Separate IMAGE * Separate HTML Datatypes in Oracle -II
A 38 Separate IMAGE * Separate HTML Datatypes in Oracle -III
A 39 Separate IMAGE * Separate HTML Data Concurrency and Consistency in Oracle -I
A 40 Separate IMAGE * Separate HTML Data Concurrency and Consistency in Oracle -II
_ 41 Separate IMAGE * Separate HTML Oracle RDBMS Supports Read-Consistency -I
_ 42 Separate IMAGE * Separate HTML Oracle RDBMS Supports Read-Consistency -II
_ 43 Separate IMAGE * Separate HTML Data Concurrency and Consistency in Oracle -I
_ 44 Separate IMAGE * Separate HTML Data Concurrency and Consistency in Oracle -II
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HELP! * GREY=local Full Index for LOCAL foilset Master Foilset for Web-Oracle Integration
Given by Gang Cheng, C.W. Ou, Geoffrey C. Fox at CPS616 Basic Information Track for Computational Science on Winter-Spring Semester 97. Foils prepared 5 March 1996More Detail! * Foil Index from this file * See also color IMAGE
| The Strengths, Weaknesses and Synergy of Web and Database Technologies |
| Architectures of Web and Oracle RDBMS Integration |
| A Technical Overview of The Oracle-Web Integration |
| using wowstub and PL/SQL |
| Examples of a Web-based Search Interface for the Phone List Database |
Table of Contents for Master Foilset for Web-Oracle Integration
A denotes presence of Additional linked information_ 1 Separate IMAGE * Separate HTML CPS 616 January-April 1996
Technologies for the Information Age:
Oracle RDBMS and Web Integration
Web/Oracle Module 3: Integration of WWW and Oracle RDBMS
_ 2 Separate IMAGE * Separate HTML Abstract of Web/Oracle Module 3: Integration of WWW and Oracle RDBMS
_ 3 Separate IMAGE * Separate HTML Key points of Web Technology
_ 4 Separate IMAGE * Separate HTML Weaknesses in Web Technology
_ 5 Separate IMAGE * Separate HTML Key points in database technology - I
_ 6 Separate IMAGE * Separate HTML Key points in database technology - II
_ 7 Separate IMAGE * Separate HTML The Synergy of Web Networking and Database Technologies - I
_ 8 Separate IMAGE * Separate HTML Web-Database Synergy - II
_ 9 Separate IMAGE * Separate HTML By integrating a database server into Web technology, a web server can be enhanced with:
_ 10 Separate IMAGE * Separate HTML By integrating Web into database technology, a database server can be enhanced with:
A 11 Separate IMAGE * Separate HTML Importance for Some Key Communities
_ 12 Separate IMAGE * Separate HTML Networking and Client-Server Archtecture in WWW - I
_ 13 Separate IMAGE * Separate HTML Networking and Client-Server Archtecture in WWW - II
_ 14 Separate IMAGE * Separate HTML Two Different Strategies for WWW Client-Server Interactions - I
_ 15 Separate IMAGE * Separate HTML Two Different Strategies for WWW Client-Server Interactions - II
_ 16 Separate IMAGE * Separate HTML Basic WWW DB Integration Model
_ 17 Separate IMAGE * Separate HTML Oracle-Web Integration Architecture
_ 18 Separate IMAGE * Separate HTML The Oracle-Web Integration: A Technical Overview
_ 19 Separate IMAGE * Separate HTML Oracle Web Agent
A 20 Separate IMAGE * Separate HTML Oracle Web Agent Components
_ 21 Separate IMAGE * Separate HTML Oracle Approach to Web Information - I
_ 22 Separate IMAGE * Separate HTML Oracle Approach to Web Information - II
_ 23 Separate IMAGE * Separate HTML Why Use PL/SQL ?
_ 24 Separate IMAGE * Separate HTML Oracle Web Agent: Dynamic Creation of HTML
_ 25 Separate IMAGE * Separate HTML Anatomy of a Web Agent URL
_ 26 Separate IMAGE * Separate HTML The WOW OCI program (wowstub)
A 27 Separate IMAGE * Separate HTML WebServer Developer's Toolkit
A 28 Separate IMAGE * Separate HTML Examples of the Use of HTP and HTF - I
A 29 Separate IMAGE * Separate HTML Examples of the Use of HTP and HTF - II
A 30 Separate IMAGE * Separate HTML An Web/Oracle Example - Query A Person's Phone Number by Last or First Name From a Web Page
_ 31 Separate IMAGE * Separate HTML Web/Oracle Example Overall Set Up - CGI Script - II
A 32 Separate IMAGE * Separate HTML The PL/SQL Package For Phone Example - I
A 33 Separate IMAGE * Separate HTML The PL/SQL Package For Phone Example - II
_ 34 Separate IMAGE * Separate HTML The Web Page - Search Interface - I
_ 35 Separate IMAGE * Separate HTML The Web Page - Search Interface - II
_ 36 Separate IMAGE * Separate HTML More Examples of PL/SQL Procedures for Web/Oracle Application
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HELP! * GREY=local Full Index for LOCAL foilset PERL4(updated to Perl5 syntax) based on O'Reilly Llama book
Given by Geoffrey C. Fox at Computational Science for Information Age Course CPS616 on February 1995. Foils prepared March 30 97More Detail! * Foil Index from this file * See also color IMAGE
This simple discussion of PERL4 describes the essential features needed to get going for general purpose programming
|
| i.e. it does not describe the special concerns needed for systems programming but is aimed at what you need for writing CGI programs |
| We reference in detail Llama Book: Learning PERL by Randal L. Schwartz and published by O'Reilly and Associates. ISBN: 1-56592-042-2 |
More detailed is the recently updated Camel book: Programming PERL by Larry Wall, Tom Christiansen and Randal L. Schwartz and also published by O'Reilly and Associates. ISBN: 1-56592-149-6
|
| Another useful book which lies between Llama and Camel books in completeness is: PERL by Example by Ellie Quigley, Prentice Hall. ISBN 0-13-122839-0 |
Table of Contents for PERL4(updated to Perl5 syntax) based on O'Reilly Llama book
A denotes presence of Additional linked information_ 1 Separate IMAGE * Separate HTML Overview of Perl4 (and some Perl5) -- a Module for
CPS616 -- Technologies for the Information Age
A 2 Separate IMAGE * Separate HTML Abstract of PERL4 Overview for CPS616
_ 3 Separate IMAGE * Separate HTML General Remarks on PERL
_ 4 Separate IMAGE * Separate HTML Scalar Data I -- Numbers (Chapter 2 of Llama Book)
_ 5 Separate IMAGE * Separate HTML Scalar Data II -- Single Quoted Strings (Chapter 2 of Llama Book)
A 6 Separate IMAGE * Separate HTML Scalar Data III -- Double Quoted Strings (Chapter 2 of Llama Book)
_ 7 Separate IMAGE * Separate HTML Scalar Variables and Statements/Comments (Chapter 2 of Llama Book)
_ 8 Separate IMAGE * Separate HTML Operators for Numbers and Strings I (Chapter 2 of Llama Book)
_ 9 Separate IMAGE * Separate HTML Operators for Numbers and Strings II -- Comparison (Chapter 2 of Llama Book)
_ 10 Separate IMAGE * Separate HTML Operators for Numbers and Strings III -- Binary Assignment (Chapter 2 of Llama Book)
A 11 Separate IMAGE * Separate HTML Interpolation of Scalars into Strings (Chapter 2 of Llama Book)
A 12 Separate IMAGE * Separate HTML Some Simple Scalar I/O Capabilities (Chapter 2 of Llama Book)
_ 13 Separate IMAGE * Separate HTML Logical Operators
_ 14 Separate IMAGE * Separate HTML Arithmetic Operators
_ 15 Separate IMAGE * Separate HTML Bitwise Logical Operators
_ 16 Separate IMAGE * Separate HTML Arrays and Lists of Scalars(data) I (Chapter 3 of Llama Book)
_ 17 Separate IMAGE * Separate HTML Arrays and Lists of Scalars(data) II -- Construction (Chapter 3 of Llama Book)
_ 18 Separate IMAGE * Separate HTML Arrays and Lists of Scalars(data) III -- Construction (Chapter 3 of Llama Book)
_ 19 Separate IMAGE * Separate HTML Arrays and Lists of Scalars(data) IV -- Element Access (Chapter 3 of Llama Book)
_ 20 Separate IMAGE * Separate HTML Arrays and Lists of Scalars(data) V -- Element Access (Chapter 3 of Llama Book)
A 21 Separate IMAGE * Separate HTML Arrays and Lists of Scalars(data) VI -- Undefined (Chapter 3 of Llama Book)
A 22 Separate IMAGE * Separate HTML Arrays and Lists of Scalars(data) VII -- Printing (Chapter 3 of Llama Book)
_ 23 Separate IMAGE * Separate HTML Arrays and Lists of Scalars(data) VIII -- Operators on Arrays (Chapter 3 of Llama Book)
_ 24 Separate IMAGE * Separate HTML Control Structures -- if,else,unless,elsif (Chapter 4 of the Llama Book)
_ 25 Separate IMAGE * Separate HTML Control Structures -- What is true and false (Chapter 4 of the Llama Book)
_ 26 Separate IMAGE * Separate HTML Control Structures -- while,until (Chapter 4 of the Llama Book)
_ 27 Separate IMAGE * Separate HTML Control Structures -- for Statement (Chapter 4 of the Llama Book)
_ 28 Separate IMAGE * Separate HTML Control Structures -- foreach Statement (Chapter 4 of the Llama Book)
_ 29 Separate IMAGE * Separate HTML Associative Arrays -- Definition
(Chapter 5 of the Llama Book)
A 30 Separate IMAGE * Separate HTML Associative Arrays -- Examples (Chapter 5 of the Llama Book)
_ 31 Separate IMAGE * Separate HTML Associative Arrays -- Storage and Access (Chapter 5 of the Llama Book)
A 32 Separate IMAGE * Separate HTML Associative Arrays -- Operators: keys, values, each (Chapter 5 of the Llama Book)
_ 33 Separate IMAGE * Separate HTML Basic Input (Chapter 6 of the Llama Book)
_ 34 Separate IMAGE * Separate HTML Basic Output (Chapter 6 of the Llama Book)
A 35 Separate IMAGE * Separate HTML Regular Expressions -- Analogy with grep
(Chapter 7 of the Llama Book)
A 36 Separate IMAGE * Separate HTML Regular Expressions --Patterns
(Chapter 7 of the Llama Book)
_ 37 Separate IMAGE * Separate HTML Backslash Escapes (Chapter 2 of the Llama book)
A 38 Separate IMAGE * Separate HTML Predefined Character Classes in Regular Expressions
(Chapter 7 of the Llama Book)
A 39 Separate IMAGE * Separate HTML Grouping Patterns in Regular Expressions
(Chapter 7 of the Llama Book)
A 40 Separate IMAGE * Separate HTML Anchoring and Alternation in Regular Expressions
(Chapter 7 of the Llama Book)
A 41 Separate IMAGE * Separate HTML Parentheses in Regular Expressions
(Chapter 7 of the Llama Book)
A 42 Separate IMAGE * Separate HTML The Matching Operator in Regular Expressions - I ( =~, m)
(Chapter 7 of the Llama Book)
A 43 Separate IMAGE * Separate HTML The Matching Operator in Regular Expressions - II
Variable Interpolation; i,g options; general substitution
(Chapter 7 of the Llama Book)
A 44 Separate IMAGE * Separate HTML The Matching Operator in Regular Expressions - III
\1 $1 $` $& and $' etc.
(Chapter 7 of the Llama Book)
A 45 Separate IMAGE * Separate HTML Some regular expression Examples
_ 46 Separate IMAGE * Separate HTML Split and Join Operators
(Chapter 7 of the Llama Book)
A 47 Separate IMAGE * Separate HTML index and rindex (Chapter 15 of Llama Book)
A 48 Separate IMAGE * Separate HTML substr (Chapter 15 of Llama Book)
_ 49 Separate IMAGE * Separate HTML Functions or Subroutines - I (Chapter 8 of the Llama Book)
A 50 Separate IMAGE * Separate HTML Functions or Subroutines - II (Chapter 8 of the Llama Book)
_ 51 Separate IMAGE * Separate HTML Functions or Subroutines - III -- The local and my constructs (Chapter 8 of the Llama Book)
A 52 Separate IMAGE * Separate HTML Functions or Subroutines - IV -- An Example
(Chapter 8 of the Llama Book)
_ 53 Separate IMAGE * Separate HTML cmp <=> Binary Equality Operators (Chapter 15 of Llama Book)
A 54 Separate IMAGE * Separate HTML Sorting with various criteria (Chapter 15 of Llama Book)
A 55 Separate IMAGE * Separate HTML The tr translation operator (Chapter 15 of Llama Book)
_ 56 Separate IMAGE * Separate HTML Additional Control Flow Constructs I (Chapter 9 of the Llama Book)
_ 57 Separate IMAGE * Separate HTML Additional Control Flow Constructs II
-- Statement Labels and next,last,redo (Chapter 9 of the Llama Book)
_ 58 Separate IMAGE * Separate HTML Additional Control Flow Constructs III -- Accelerated Tests
(Chapter 9 of the Llama Book)
_ 59 Separate IMAGE * Separate HTML Additional Control Flow Constructs IV -- && || and ?
(Chapter 9 of the Llama Book)
A 60 Separate IMAGE * Separate HTML FileHandles I -- open close die (Chapter 10 of Llama Book)
_ 61 Separate IMAGE * Separate HTML Using FileHandles and Testing Files
(Chapter 10 of Llama Book)
A 62 Separate IMAGE * Separate HTML The Perl EOF Syntax
_ 63 Separate IMAGE * Separate HTML PERL as a Practical Extraction and Report Language
_ 64 Separate IMAGE * Separate HTML Format Definitions (Chapter 11 of Llama Book)
_ 65 Separate IMAGE * Separate HTML Example of a Format Definition (Chapter 11 of Llama Book)
_ 66 Separate IMAGE * Separate HTML Basic Text and Numeric Fieldholders (Chapter 11 of Llama Book)
_ 67 Separate IMAGE * Separate HTML Multiline Format Fields and Expressions (Chapter 11 of Llama Book)
_ 68 Separate IMAGE * Separate HTML Filled Fields (Chapter 11 of Llama Book)
_ 69 Separate IMAGE * Separate HTML Top of Page and its Format
(Chapter 11 of Llama Book)
_ 70 Separate IMAGE * Separate HTML Default Filehandles and Formats (Chapter 11 of Llama Book)
_ 71 Separate IMAGE * Separate HTML Page Limits and Positions
(Chapter 11 of Llama Book)
_ 72 Separate IMAGE * Separate HTML Some Special Capabilities in formatted writes
A 73 Separate IMAGE * Separate HTML Globbing (Chapter 12 of Llama Book)
A 74 Separate IMAGE * Separate HTML Directory Access (Chapter 12 of Llama Book)
_ 75 Separate IMAGE * Separate HTML Execution of UNIX Commands -- system (Chapter 15 of Llama Book)
_ 76 Separate IMAGE * Separate HTML Processing the Environment %ENV
(Chapter 15 of Llama Book)
A 77 Separate IMAGE * Separate HTML Execution of UNIX Commands -- backquotes (Chapter 15 of Llama Book)
_ 78 Separate IMAGE * Separate HTML Execution of UNIX Commands -- Filehandle Mechanism (Chapter 15 of Llama Book)
_ 79 Separate IMAGE * Separate HTML Execution of UNIX Commands -- fork and exec (Chapter 15 of Llama Book)
_ 80 Separate IMAGE * Separate HTML Signals, Interrupt Handlers, kill (Chapter 15 of Llama Book)
A 81 Separate IMAGE * Separate HTML The eval Function and Indexed Arrays of Associative Arrays
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HELP! * GREY=local Full Index for LOCAL foilset Perl5 and Advanced Perl4 Features
Given by Geoffrey C. Fox at Computational Science for Information Age Course CPS616 Material on April 16,1996. Foils prepared April 16,1996More Detail! * Foil Index from this file * See also color IMAGE
| See Perl Home Page http://mox.perl.com/perl for background information and resources such as manual! |
| This Foilset mainly extends the previous Perl4 Presentation with a discussion of some key Perl5 capabilities. |
| However some features may be advanced Perl4 features |
| We give an initial Summary of Perl5 Changes and then discuss: |
| Some old and new functions in Perl |
| Regular Expression Enhancements |
| New Syntax especially -> and => |
| New subroutine calling and declaration syntax |
| Hard(address) and Soft(Symbol Table) References |
| General Data Structures including multidimensional Arrays |
| Object Oriented Features -- packages, classes and Methods |
Table of Contents for Perl5 and Advanced Perl4 Features
A denotes presence of Additional linked information_ 1 Separate IMAGE * Separate HTML CPS 616 January-April 1996 Computational Science Track on Base Technology for the Information Age:
Perl5 and Perl Extensions
_ 2 Separate IMAGE * Separate HTML Abstract of Perl5 and Extensions
_ 3 Separate IMAGE * Separate HTML Some Key Advances in Perl5 -- I
_ 4 Separate IMAGE * Separate HTML Some Key Advances in Perl5 -- II
_ 5 Separate IMAGE * Separate HTML Some Advanced Syntax in Perl
_ 6 Separate IMAGE * Separate HTML Perl Modules -- Packages - I
A 7 Separate IMAGE * Separate HTML Perl Modules -- Packages - II
A 8 Separate IMAGE * Separate HTML Example of Module HTML::FormatPS
A 9 Separate IMAGE * Separate HTML Pod Syntax Explaining Use of Module HTML::FormatPS
A 10 Separate IMAGE * Separate HTML An Aside on Perl Pod Notation
_ 11 Separate IMAGE * Separate HTML require and use in Perl5
_ 12 Separate IMAGE * Separate HTML Overview of References in Perl5
_ 13 Separate IMAGE * Separate HTML Soft Symbol Table References - I
_ 14 Separate IMAGE * Separate HTML Soft Symbol Table References - II
_ 15 Separate IMAGE * Separate HTML Hard References in Perl5 - I
_ 16 Separate IMAGE * Separate HTML Hard References in Perl5 - II
_ 17 Separate IMAGE * Separate HTML Anonymous Data Structures and Subroutines
_ 18 Separate IMAGE * Separate HTML Data Structures, Arrays of Arrays in Perl5 -I
_ 19 Separate IMAGE * Separate HTML Data Structures, Arrays of Arrays in Perl5 -II
_ 20 Separate IMAGE * Separate HTML There really are only 1D Arrays and Hashs! - I
_ 21 Separate IMAGE * Separate HTML There really are only 1D Arrays and Hashs! - II
_ 22 Separate IMAGE * Separate HTML The -> Pointer Notation -- I
_ 23 Separate IMAGE * Separate HTML The -> Pointer Notation -- II
_ 24 Separate IMAGE * Separate HTML Some Remarks about Subroutines - I
_ 25 Separate IMAGE * Separate HTML Some Remarks about Subroutines - II
_ 26 Separate IMAGE * Separate HTML Some Remarks about Subroutines - III
_ 27 Separate IMAGE * Separate HTML Some Remarks about Subroutines - IV -- Call by Reference
_ 28 Separate IMAGE * Separate HTML Some Remarks about Subroutines - V -- Separating Arguments
_ 29 Separate IMAGE * Separate HTML Some Remarks about Subroutines - VI -- Separating Arguments
_ 30 Separate IMAGE * Separate HTML Some Remarks about Subroutines - VII -- AUTOLOAD
_ 31 Separate IMAGE * Separate HTML Perl5 Object Model -- I
_ 32 Separate IMAGE * Separate HTML Perl5 Object Model -- II
A 33 Separate IMAGE * Separate HTML Constructor for class HTML::FormatPS - I
A 34 Separate IMAGE * Separate HTML Constructor for class HTML::FormatPS - II
A 35 Separate IMAGE * Separate HTML Constructor for class HTML::FormatPS - III
_ 36 Separate IMAGE * Separate HTML splice function in Perl
_ 37 Separate IMAGE * Separate HTML A Hash of Arrays in class HTML::FormatPS
_ 38 Separate IMAGE * Separate HTML Example of Method in class HTML::FormatPS
_ 39 Separate IMAGE * Separate HTML Inheritance in Perl5
_ 40 Separate IMAGE * Separate HTML Some Predefined Variables in Perl - I
_ 41 Separate IMAGE * Separate HTML Some Predefined Variables in Perl - II
_ 42 Separate IMAGE * Separate HTML Some functions equivalent to Different Quotes
_ 43 Separate IMAGE * Separate HTML Quotemeta() and \Q .. \E Construct
_ 44 Separate IMAGE * Separate HTML (?..) Constructs in Regular Expressions - I
_ 45 Separate IMAGE * Separate HTML (?..) Constructs in Regular Expressions -II
_ 46 Separate IMAGE * Separate HTML Minimal Matching in Regular Expressions
_ 47 Separate IMAGE * Separate HTML (?..) Constructs in Regular Expressions -III
_ 48 Separate IMAGE * Separate HTML Some Further Perl4 and Perl5 Functions
-- do and glob!
_ 49 Separate IMAGE * Separate HTML Upper and Lower case Functions
_ 50 Separate IMAGE * Separate HTML The defined undef and exists functions
_ 51 Separate IMAGE * Separate HTML The map and grep functions
_ 52 Separate IMAGE * Separate HTML pack and unpack Functions -- I
_ 53 Separate IMAGE * Separate HTML pack and unpack Functions -- II
_ 54 Separate IMAGE * Separate HTML ref and scalar functions
_ 55 Separate IMAGE * Separate HTML tie() and untie() Perl Functions - I
_ 56 Separate IMAGE * Separate HTML tie() and untie() Perl Functions - II
_ 57 Separate IMAGE * Separate HTML tie() and untie() Perl Functions - III
_ 58 Separate IMAGE * Separate HTML Interfacing Perl with C
Full WebWisdom URL and this Foilset Search
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HELP! * GREY=local Full Index for LOCAL foilset VRML 2 Scripting -- Java JavaScript VRMLScript
Given by Balaji Natarajan(Geoffrey C. Fox) at CPS616 -- Information Track of CPS on Spring Semester 97. Foils prepared April 15 1997More Detail! * Foil Index from this file *
|
See VRML Resources including many interesting examples |
| Basic Concepts of Scripting in VRML2 |
| Java JavaScript VRMLScript as Scripting Languages |
| VRML Database Connectivity |
Table of Contents for VRML 2 Scripting -- Java JavaScript VRMLScript
A denotes presence of Additional linked information_ 1 Separate IMAGE * Separate HTML CPS 616 Spring 97 Computational Science for the Information Applications
A 2 Separate IMAGE * Separate HTML Scripts and Execution Model in VRML 2.0
_ 3 Separate IMAGE * Separate HTML Concepts in Script Nodes
_ 4 Separate IMAGE * Separate HTML Script Nodes in Java for VRML 2.0
_ 5 Separate IMAGE * Separate HTML Why Java with VRML ?
_ 6 Separate IMAGE * Separate HTML Why VRML with Java ?
_ 7 Separate IMAGE * Separate HTML Methods of Java-VRML interaction
_ 8 Separate IMAGE * Separate HTML VRML 2.0 Browsers with Java support
_ 9 Separate IMAGE * Separate HTML Java class referencing a VRML file
_ 10 Separate IMAGE * Separate HTML Sample VRML file referenced by a Java class - I
_ 11 Separate IMAGE * Separate HTML Sample VRML file referenced by a Java class - II
_ 12 Separate IMAGE * Separate HTML Sample VRML file referenced by a Java class - III
_ 13 Separate IMAGE * Separate HTML Java code to set an eventOut field - I
_ 14 Separate IMAGE * Separate HTML Java code to set an eventOut field - II
A 15 Separate IMAGE * Separate HTML Simple VRML world controlled by Java
_ 16 Separate IMAGE * Separate HTML Advanced applications of Java - VRML 2.0 interaction
_ 17 Separate IMAGE * Separate HTML VRML worlds in which Java dynamically creates nodes - I
_ 18 Separate IMAGE * Separate HTML VRML world in which Java dynamically creates nodes - II
_ 19 Separate IMAGE * Separate HTML VRML world in which Java dynamically creates nodes - III
_ 20 Separate IMAGE * Separate HTML Java class to dynamically generate VRML 2.0 nodes at runtime - I
_ 21 Separate IMAGE * Separate HTML Java class to dynamically generate VRML 2.0 nodes at runtime - II
_ 22 Separate IMAGE * Separate HTML Java class to dynamically generate VRML 2.0 nodes at runtime - III
_ 23 Separate IMAGE * Separate HTML Java class to dynamically generate VRML 2.0 nodes at runtime - IV
A 24 Separate IMAGE * Separate HTML Dynamic Generation of VRML 2.0 nodes at runtime - V
_ 25 Separate IMAGE * Separate HTML VRML world in which Java dynamically creates routes - I
_ 26 Separate IMAGE * Separate HTML VRML world in which Java dynamically creates routes - II
_ 27 Separate IMAGE * Separate HTML VRML world in which Java dynamically creates routes - III
_ 28 Separate IMAGE * Separate HTML Java class to dynamically generate VRML 2.0 routes at runtime - I
_ 29 Separate IMAGE * Separate HTML Java class to dynamically generate VRML 2.0 routes at runtime - II
A 30 Separate IMAGE * Separate HTML Dynamic Generation of VRML 2.0 routes at runtime - III
_ 31 Separate IMAGE * Separate HTML A behavioral world with superior sound-effects using Java-VRML 2.0 interaction - I
_ 32 Separate IMAGE * Separate HTML A behavioral world with superior sound-effects using Java-VRML 2.0 interaction - II
_ 33 Separate IMAGE * Separate HTML A behavioral world with superior sound-effects using Java-VRML 2.0 interaction - III
_ 34 Separate IMAGE * Separate HTML A behavioral world with superior sound-effects using Java-VRML 2.0 interaction - IV
_ 35 Separate IMAGE * Separate HTML A behavioral world with superior sound effects using Java-VRML 2.0 interaction - V
_ 36 Separate IMAGE * Separate HTML A behavioral world with superior sound effects using Java-VRML 2.0 interaction - VI
_ 37 Separate IMAGE * Separate HTML A behavioral world with superior sound effects using Java-VRML 2.0 interaction - VII
A 38 Separate IMAGE * Separate HTML A behavioral world with superior sound-effects using Java-VRML 2.0 interaction - VIII
_ 39 Separate IMAGE * Separate HTML Collaborative virtual environments - I
_ 40 Separate IMAGE * Separate HTML Collaborative Virtual Environments - II
A 41 Separate IMAGE * Separate HTML A Sample Collaborative Virtual Environment -Virtual Theater
_ 42 Separate IMAGE * Separate HTML VRML & JavaScript Interaction
_ 43 Separate IMAGE * Separate HTML Examples of JavaScript-VRML interaction
_ 44 Separate IMAGE * Separate HTML VRML-JavaScript Interaction to create custom interpolator nodes
_ 45 Separate IMAGE * Separate HTML VRML world in which JavaScript creates custom interpolator nodes
_ 46 Separate IMAGE * Separate HTML VRML world in which JavaScript creates custom interpolator nodes - II
_ 47 Separate IMAGE * Separate HTML JavaScript source to create custom interpolator nodes in VRML world
A 48 Separate IMAGE * Separate HTML Creation of custom interpolator VRML 2.0 nodes using JavaScript - III
_ 49 Separate IMAGE * Separate HTML Creation of virtual 3-D radio buttons using JavaScript
_ 50 Separate IMAGE * Separate HTML VRML world with Inline JavaScript source... I
_ 51 Separate IMAGE * Separate HTML VRML world with inline JavaScript source - II
_ 52 Separate IMAGE * Separate HTML VRML world with inline JavaScript source - III
_ 53 Separate IMAGE * Separate HTML VRML world with inline JavaScript source - IV
_ 54 Separate IMAGE * Separate HTML VRML world with inline JavaScript source - V
_ 55 Separate IMAGE * Separate HTML VRML world with inline JavaScript source - VI
A 56 Separate IMAGE * Separate HTML VRML world with virtual radio buttons
A 57 Separate IMAGE * Separate HTML Parameter passing from Web page to VRML world using JavaScript
_ 58 Separate IMAGE * Separate HTML VRML & VrmlScript Interaction
_ 59 Separate IMAGE * Separate HTML Script Nodes in VrmlScript
_ 60 Separate IMAGE * Separate HTML VRML world controlled by an inline VrmlScript source - I
_ 61 Separate IMAGE * Separate HTML VRML world controlled by an inline VrmlScript source - II
_ 62 Separate IMAGE * Separate HTML VRML world controlled by an inline VrmlScript source - III
_ 63 Separate IMAGE * Separate HTML VRML world controlled by an inline VrmlScript source - IV
_ 64 Separate IMAGE * Separate HTML VRML world controlled by an inline VrmlScript source - V
A 65 Separate IMAGE * Separate HTML Simple VRML world controlled by a VrmlScript source
_ 66 Separate IMAGE * Separate HTML Netscape's LiveConnect Architecture
_ 67 Separate IMAGE * Separate HTML External Authoring Interfaces(EAI) for VRML 2.0 -I
_ 68 Separate IMAGE * Separate HTML External Authoring Interfaces (EAI) for VRML 2.0 - II
_ 69 Separate IMAGE * Separate HTML Recent Developments in the VRML industry
_ 70 Separate IMAGE * Separate HTML Binary Format for a VRML file
_ 71 Separate IMAGE * Separate HTML Database Connectivity for VRML - I
_ 72 Separate IMAGE * Separate HTML Database Connectivity for VRML - II
_ 73 Separate IMAGE * Separate HTML Database Connectivity for VRML - III
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Basic Foilset Search
HELP! * YELLOW=global GREY=local Full Index for GLOBAL foilset Overview of Basic Web and Internet Technologies
Given by Geoffrey Fox at Beijing Web Tutorial on May 27-30 1997. Foils prepared 5 July 97More Detail! * Foil Index from this file * See also color IMAGE
| We review some of the base material assumed in CPS616 using curricula material taken from CPS606 |
| History and Structure/Size of Internet and Web |
| Basic Internet and Web Services |
| What is WebWindows and basic Web architecture |
| Overview of Networking for Internet |
| MIME HTTP |
| but not HTML or CGI (see separate presentations) |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
General PowerPoint Foils
Introduction to Architecture of World Wide Web
Introduction to World Wide Web (WWW)
Overview of CPS616 Technologies of the Information Age 1997
Collection of GIF Images for General NPAC Projects January 97-
InfoVISION: Information Video Simulation Imagery ON demand
Set of Add-On Foils for Research Presentations
Miscellaneous Presentation Material used in 1996
General Collection of Foils for CRPC Annual Meeting
Additional Material for Web Technology Presentations July 95 -- March 96
Table of Contents for Overview of Basic Web and Internet Technologies
Web Review as a Quick Introduction for CPS616
- Note Overview of CPS616 Technologies of the Information Age 1997 is short introduction to CPS616 Itself
- and Overview of Web Applications and Services is an Overview of the Applications of Web Technology
- It is based on Introduction to Architecture of World Wide Web and Introduction to World Wide Web (WWW)
2 Separate IMAGE * Separate HTML Abstract of Web Review Material
3 Separate IMAGE * Separate HTML 3 Reasons to Learn or Use Web Technologies
Web Internet Intranet Client Server Architecture
4 Separate IMAGE * Separate HTML The Architecture of the World Wide Web
5 Separate IMAGE * Separate HTML Applications based on information services typically use a Client/Server Architecture
6 Separate IMAGE * Separate HTML Familiar Clients and Servers
7 Separate IMAGE * Separate HTML Top-level View of the World Wide Web
8 Separate IMAGE * Separate HTML Top-level View of the Corporate Intranet
History and Politics of the Web
9 Separate IMAGE * Separate HTML Basic (CPS606) Structure of World Wide Web
ecs400spring97/ecs400webintro/5
10 Separate IMAGE * Separate HTML Background on the Internet
11 Separate IMAGE * Separate HTML History of the Internet
Current and Future Size of the Web
12 Separate IMAGE * Separate HTML Internet Trends - Internet Hosts 1989-1997
13 Separate IMAGE * Separate HTML Internet Trends - Internet Hosts - Overall Trend
14 Separate IMAGE * Separate HTML Internet Trends - Internet Domains in DNS
15 Separate IMAGE * Separate HTML Internet Trends - WWW-Prefixed Hosts
16 Separate IMAGE * Separate HTML Internet Trends - Hosts: Three-Letter Domains
17 Separate IMAGE * Separate HTML Internet Trends - Hosts: Two-letter Domains, >120,000 per country
18 Separate IMAGE * Separate HTML NII Compute & Communications Capability in Year 2000 --> 2005
19 Separate IMAGE * Separate HTML Ultimate Vision and Implementation of NII and InfoVision
Internet Services
- telnet FTP News Mail
21 Separate IMAGE * Separate HTML Internet Services: FTP
22 Separate IMAGE * Separate HTML Internet Services: News
23 Separate IMAGE * Separate HTML Internet Services: Mail Lists
Web Services
24 Separate IMAGE * Separate HTML Web Content is Hyperlinked Multimedia
25 Separate IMAGE * Separate HTML Web Links can go to other Internet Services
26 Separate IMAGE * Separate HTML Multimedia types
27 Separate IMAGE * Separate HTML Forms and CGI Scripting
28 Separate IMAGE * Separate HTML The CGI script returns data through the server
29 Separate IMAGE * Separate HTML Web Search Engines
30 Separate IMAGE * Separate HTML Web Search Indexes
The Base Technologies
31 Separate IMAGE * Separate HTML The Current Web Client Server Model
32 Separate IMAGE * Separate HTML Databases
33 Separate IMAGE * Separate HTML JavaScript
34 Separate IMAGE * Separate HTML Java
35 Separate IMAGE * Separate HTML Future Web Technologies: VRML
WebWindows is a Critical Unifying Concept
- This describes use of Web Interfaces in Appplications
- These foils are a little dated but illustrate the point!
- Later examples are more modern
A Revolution in the Software Industry!
37 Separate IMAGE * Separate HTML The WebWindows Operating System
38 Separate IMAGE * Separate HTML Examples and Why WebWindows will Dominate Software Industry?
39 Separate IMAGE * Separate HTML Illustration of WebWindows Concept for Presentation Software
40 Separate IMAGE * Separate HTML RCIHalloween Presentation Foil on WebFoil in WebFoil!!
41 Separate IMAGE * Separate HTML JavaScript Based WebFoil Prototype
42 Separate IMAGE * Separate HTML Lessons of WebFoil for WebWindows Software Development Scenario
Back to the Current Party Line Web Technology Scenario
- See Technology Overview in Overview of CPS616 Technologies of the Information Age 1997
44 Separate IMAGE * Separate HTML Architecture of Web Software
45 Separate IMAGE * Separate HTML General Web Architecture
Basics of Networking
46 Separate IMAGE * Separate HTML Networking Basics
47 Separate IMAGE * Separate HTML Networking Basic Definitions
48 Separate IMAGE * Separate HTML Networking Standards: OSI Layers
49 Separate IMAGE * Separate HTML Simplified communication protocol model
50 Separate IMAGE * Separate HTML The TCP/IP protocol suite
51 Separate IMAGE * Separate HTML Typical message formats
52 Separate IMAGE * Separate HTML Networking
53 Separate IMAGE * Separate HTML Communications Issues
54 Separate IMAGE * Separate HTML Networking Speeds
Open Network Standards
55 Separate IMAGE * Separate HTML Open Standards
56 Separate IMAGE * Separate HTML Internet Documents: Drafts, Memos and Standards
57 Separate IMAGE * Separate HTML Internet Documents - Examples
Message Passing Protocols MIME
58 Separate IMAGE * Separate HTML Message-passing Protocols
59 Separate IMAGE * Separate HTML Internet E-Mail (RFC-822)
60 Separate IMAGE * Separate HTML Multi-purpose Internet Mail Extension (MIME)
61 Separate IMAGE * Separate HTML MIME - "Content-Type" Header Field
62 Separate IMAGE * Separate HTML MIME - Base Content Types
63 Separate IMAGE * Separate HTML MIME - Base Content Types, continued
Web Services HTTP Protocol
64 Separate IMAGE * Separate HTML Web Services - HTTP Protocol
65 Separate IMAGE * Separate HTML Applications based on information services typically use a Client/Server Architecture
66 Separate IMAGE * Separate HTML The World Wide Web is a collection of clients and servers called browsers and Web sites
67 Separate IMAGE * Separate HTML HTTP - Hypertext Transport Protocol
68 Separate IMAGE * Separate HTML HTTPD - HTTP Daemon
69 Separate IMAGE * Separate HTML URL - Uniform Resource Locator
70 Separate IMAGE * Separate HTML Web Links can go to other Internet Services
71 Separate IMAGE * Separate HTML HTTP - How does it work?
72 Separate IMAGE * Separate HTML HTTP - GET Request Example
73 Separate IMAGE * Separate HTML HTTP - Reply Example
74 Separate IMAGE * Separate HTML HTTP - POST Request Example
Full WebWisdom URL and this Foilset Search
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Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Introduction to CGI Programming
Given by Nancy J. McCracken at ECS400 Spring 97 Senior Undergraduate Course on Spring Semester 97. Foils prepared 11 May 1997More Detail! * Foil Index from this file * See also color IMAGE
| CGI is the Common Gateway Interface and is the scheme to interface other programs and systems to the HTTP Web protocol, using the same data protocols as the HTTP clients and servers. |
In this section, we will cover
|
References:
|
Table of Contents for Introduction to CGI Programming
1 Separate IMAGE * Separate HTML CGI Programming
with Advanced Topics
2 Separate IMAGE * Separate HTML CGI Programming
3 Separate IMAGE * Separate HTML The Flow of Data amongst the Client, Server and CGI Script
4 Separate IMAGE * Separate HTML The Flow of Data amongst the Client, Server and CGI Script
5 Separate IMAGE * Separate HTML Example form for Hello, World!
6 Separate IMAGE * Separate HTML Example CGI program in Perl for Hello, World!
7 Separate IMAGE * Separate HTML Pass Data to a CGI Program through Environment Variables
8 Separate IMAGE * Separate HTML Another way to pass data through environment variables
9 Separate IMAGE * Separate HTML Other Information in environment variables
10 Separate IMAGE * Separate HTML Passing data as Standard Input to the CGI program
11 Separate IMAGE * Separate HTML Perl subprogram to read input from web forms - Part I
12 Separate IMAGE * Separate HTML Perl subprogram - Part II
13 Separate IMAGE * Separate HTML CGI Program Output: the response to the web server
14 Separate IMAGE * Separate HTML Some CGI programming practical tips
15 Separate IMAGE * Separate HTML More practical tips
16 Separate IMAGE * Separate HTML Password Protection on HTML Documents
17 Separate IMAGE * Separate HTML Example protection files
18 Separate IMAGE * Separate HTML Dynamic Web Pages --- Server Push
19 Separate IMAGE * Separate HTML A Server-Push Animation
20 Separate IMAGE * Separate HTML Server-Push Animation, cont.
21 Separate IMAGE * Separate HTML Multiple-Block GIF Files (Animated GIFs)
22 Separate IMAGE * Separate HTML Dynamic Web Pages --- Client Pull
23 Separate IMAGE * Separate HTML Maintaining State with Hidden Fields
24 Separate IMAGE * Separate HTML Hidden Fields in a "Shopping Basket"
25 Separate IMAGE * Separate HTML Finishing the "Shopping Basket"
26 Separate IMAGE * Separate HTML Maintaining State with Netscape Cookies
27 Separate IMAGE * Separate HTML Setting up a cookie
28 Separate IMAGE * Separate HTML Retrieving a cookie
29 Separate IMAGE * Separate HTML Server Side Includes (SSI)
30 Separate IMAGE * Separate HTML Some SSI Commands
Full WebWisdom URL and this Foilset Search
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Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Introduction to HTML--ECS400 fall 97
Given by Nancy J. McCracken at ECS400 Senior Undergraduate Course on Spring Semester 97. Foils prepared 11 May 1997More Detail! * Foil Index from this file * See also color IMAGE
| HTML stands for HyperText Markup Language. It is defined using SGML (Standard Generalized Markup Language) and provides tags to identify document structure for later formatting and links to other documents. |
| This presentation will cover the most commonly used or important features of HTML; more details can be found in the references. |
Topics will include
|
| Features will be included from both HTML2.0 and HTML3.0, and the enhancements from the Netscape 1.1 and Netscape2.0 browsers. |
References:
|
Table of Contents for Introduction to HTML--ECS400 fall 97
1 Separate IMAGE * Separate HTML Preparing Web Pages with HTML
2 Separate IMAGE * Separate HTML Preparing Web Pages with HTML
3 Separate IMAGE * Separate HTML HyperText Markup Language (HTML)
4 Separate IMAGE * Separate HTML HTML editors
5 Separate IMAGE * Separate HTML Creating a Web Page
6 Separate IMAGE * Separate HTML Formatting a Web Page: Headers and Paragraphs
7 Separate IMAGE * Separate HTML Formatting a Web Page: Lists
8 Separate IMAGE * Separate HTML Formatting a Web Page: More Lists
9 Separate IMAGE * Separate HTML Creating a Web Page: Hyperlinks (Anchors)
10 Separate IMAGE * Separate HTML More on Hyperlinks
11 Separate IMAGE * Separate HTML Formatting a Web Page: More on Text
12 Separate IMAGE * Separate HTML Formatting a Web Page: Miscellaneous Topics
13 Separate IMAGE * Separate HTML Formatting a Web Page:
14 Separate IMAGE * Separate HTML Formatting a Web Page: Backgrounds
15 Separate IMAGE * Separate HTML Completing your Web Page
16 Separate IMAGE * Separate HTML Inlined Images
17 Separate IMAGE * Separate HTML More on Inlined Images
18 Separate IMAGE * Separate HTML Inlined Images: Performance
19 Separate IMAGE * Separate HTML External Viewers for Images, Audio, and Video
20 Separate IMAGE * Separate HTML External Viewers, continued
21 Separate IMAGE * Separate HTML Producing Images
22 Separate IMAGE * Separate HTML Forms
23 Separate IMAGE * Separate HTML Content Fields of a Form: Text and Password Fields
24 Separate IMAGE * Separate HTML Content Fields of a Form: Radio Buttons and Checkboxes
25 Separate IMAGE * Separate HTML Content Fields of a Form: Menus and Scrolled Lists, TextAreas
26 Separate IMAGE * Separate HTML Content Fields of a Form: Submit and Reset Buttons
27 Separate IMAGE * Separate HTML Example Form
28 Separate IMAGE * Separate HTML Clickable Maps
29 Separate IMAGE * Separate HTML Formatting Tables
30 Separate IMAGE * Separate HTML What's Inside a Table
31 Separate IMAGE * Separate HTML Examples of a Table
32 Separate IMAGE * Separate HTML Frame Documents in Netscape 2.0 Browsers
33 Separate IMAGE * Separate HTML Formatting Frames
34 Separate IMAGE * Separate HTML Example of a Frame Document
35 Separate IMAGE * Separate HTML Password protection on HTML Documents
36 Separate IMAGE * Separate HTML Multiple-Block GIF Files (Animated GIFs)
37 Separate IMAGE * Separate HTML Dynamic Web Pages --- Server Push and Client Pull
Full WebWisdom URL and this Foilset Search
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Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Java Tutorial - Spring 1997 Part 1:Introduction to Java Language
Given by Nancy J. McCracken,Geoffrey C. Fox at Peking Tutorial, CPS616 on Spring-Summer 1997. Foils prepared 18 May 97More Detail! * Foil Index from this file *
| Overview including History and alpha versus production issues |
| Comparison of Java and Javascript |
| Overall Java Philosophy and Features including security etc. |
And in Remaining Parts of Tutorial!!
|
Table of Contents for Java Tutorial - Spring 1997 Part 1:Introduction to Java Language
1 Separate IMAGE * Separate HTML Java Tutorial - May 1997
Part 1:
Introduction to Java Language
and Applets
http://www.npac.syr.edu/projects/tutorials/Java/
2 Separate IMAGE * Separate HTML Abstract of Java Tutorial
3 Separate IMAGE * Separate HTML Overview and History of Java Development
4 Separate IMAGE * Separate HTML What are Java and HotJava in a NutShell?
5 Separate IMAGE * Separate HTML HotJava Story 1994-1996
6 Separate IMAGE * Separate HTML HotJava Alpha Capabilities
7 Separate IMAGE * Separate HTML HotJava's Future 1996- ?
8 Separate IMAGE * Separate HTML Overview -- Java and the World Wide Web
9 Separate IMAGE * Separate HTML Overview -- What are Java applets in detail?
10 Separate IMAGE * Separate HTML Running a Java Applet
11 Separate IMAGE * Separate HTML History of Java Language and Team
12 Separate IMAGE * Separate HTML History of Java Language and Team (contd)
13 Separate IMAGE * Separate HTML JDK 1.0 -- The Real Java Development Kit!
14 Separate IMAGE * Separate HTML Java Beta --> 1.0 Books -- I
15 Separate IMAGE * Separate HTML Java Beta --> 1.0 Books -- II
16 Separate IMAGE * Separate HTML Java Beta --> 1.0 Books -- III
17 Separate IMAGE * Separate HTML Java vs. JavaScript
18 Separate IMAGE * Separate HTML Comparison of Java and JavaScript -- I
19 Separate IMAGE * Separate HTML Comparison of Java and JavaScript -- II
20 Separate IMAGE * Separate HTML Overall Java Philosophy and Features
21 Separate IMAGE * Separate HTML Some Key Java Features
22 Separate IMAGE * Separate HTML Java Features -- It's Simple and Familiar!
23 Separate IMAGE * Separate HTML Java Features -- It's Object-oriented
24 Separate IMAGE * Separate HTML Java Features -- It's Architecture-Neutral
25 Separate IMAGE * Separate HTML Java Features -- It's Portable
26 Separate IMAGE * Separate HTML Java Features -- It's Somewhat Interpreted
27 Separate IMAGE * Separate HTML Java Features -- It's Distributed
28 Separate IMAGE * Separate HTML Java Features -- It's Robust
29 Separate IMAGE * Separate HTML Java Features -- It's (Hopefully) Secure
30 Separate IMAGE * Separate HTML Java Features -- High Performance
31 Separate IMAGE * Separate HTML Java Features -- It's Multithreaded
32 Separate IMAGE * Separate HTML Java Features -- It's Dynamic
33 Separate IMAGE * Separate HTML Java 1.1 Features
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HELP! * GREY=local Full Index for LOCAL foilset Java Tutorial - Spring 1997 Part II: Java Language and Object-Oriented Concepts
Given by Nancy J. McCracken,Geoffrey C. Fox at Peking Tutorial, CPS616 on Spring-Summer 1997. Foils prepared 18 May 97More Detail! * Foil Index from this file *
In Part 1 of the Tutorial We Covered:
|
| This Part(2) of Tutorial Covers |
Java Programming Language
|
Object Oriented and Class Structure
|
| Exceptions |
And in the Remaining Parts of the Java Tutorial We Cover:
|
Table of Contents for Java Tutorial - Spring 1997 Part II: Java Language and Object-Oriented Concepts
A denotes presence of Additional linked information_ 1 Separate IMAGE * Separate HTML Java Tutorial - Spring 97
Part II: Java Language and
Object-Oriented Concepts
http://www.npac.syr.edu/projects/tutorials/Java/
A 2 Separate IMAGE * Separate HTML Resources for the Java Programming Language
_ 3 Separate IMAGE * Separate HTML Java in Practice --
Applications
Applets and their use from HTML
_ 4 Separate IMAGE * Separate HTML Java Applications
_ 5 Separate IMAGE * Separate HTML The Simplest Java Application: Hello, World!
_ 6 Separate IMAGE * Separate HTML Java Applets
_ 7 Separate IMAGE * Separate HTML Applet Tag: Calling Applets from HTML - I
_ 8 Separate IMAGE * Separate HTML Applet Tag: Calling Applets from HTML - II
_ 9 Separate IMAGE * Separate HTML <param> Tags and Applets
A 10 Separate IMAGE * Separate HTML The Simplest Java Applet: Hello, World!
A 11 Separate IMAGE * Separate HTML Displaying your applet from a Web page.
_ 12 Separate IMAGE * Separate HTML Java Language Basics
_ 13 Separate IMAGE * Separate HTML Java Language -- Lexical Issues I
_ 14 Separate IMAGE * Separate HTML Java Language -- Lexical Issues II
_ 15 Separate IMAGE * Separate HTML Java Language -- Program Structure
_ 16 Separate IMAGE * Separate HTML Java Language -- Variable/Expression Types
_ 17 Separate IMAGE * Separate HTML Java Language -- Types: Array
_ 18 Separate IMAGE * Separate HTML Java Language -- More on Arrays
_ 19 Separate IMAGE * Separate HTML Java Language -- Expressions
_ 20 Separate IMAGE * Separate HTML Java Language -- Control Flow I
_ 21 Separate IMAGE * Separate HTML Java Language -- Control Flow II -- continue
_ 22 Separate IMAGE * Separate HTML Java Language -- Control Flow III -- break and for loop
_ 23 Separate IMAGE * Separate HTML Java Language -- Control Flow IV -- break and switch
_ 24 Separate IMAGE * Separate HTML Java Language -- Control Flow V -- continue and switch
_ 25 Separate IMAGE * Separate HTML Basic Graphics Java Applets
to illustrate language
(more later!)
_ 26 Separate IMAGE * Separate HTML The Graphics class
A 27 Separate IMAGE * Separate HTML Using Graphics properties
A 28 Separate IMAGE * Separate HTML Drawing simple shapes
A 29 Separate IMAGE * Separate HTML Passing parameters to an applet: the HTML
A 30 Separate IMAGE * Separate HTML Passing parameters to an applet: the applet
_ 31 Separate IMAGE * Separate HTML Centering a string in the applet window.
_ 32 Separate IMAGE * Separate HTML Applet Flow of Control
A 33 Separate IMAGE * Separate HTML Random color boxes example
_ 34 Separate IMAGE * Separate HTML Arrays of random colors
_ 35 Separate IMAGE * Separate HTML The Java Object Model: Classes, Instances and Methods
A 36 Separate IMAGE * Separate HTML The Java Object Model Overview
_ 37 Separate IMAGE * Separate HTML API of a Class
_ 38 Separate IMAGE * Separate HTML Using a Class
A 39 Separate IMAGE * Separate HTML A Computational Class
_ 40 Separate IMAGE * Separate HTML Class Definitions
_ 41 Separate IMAGE * Separate HTML Constructors of Objects
_ 42 Separate IMAGE * Separate HTML Java Language -- Types of Classes - I
_ 43 Separate IMAGE * Separate HTML Java Language -- Types of Classes - II
_ 44 Separate IMAGE * Separate HTML Java Language -- Types of Methods
A 45 Separate IMAGE * Separate HTML The Java Object Model: Inheritance and the Class Hierarchy
_ 46 Separate IMAGE * Separate HTML Relationships between Classes
_ 47 Separate IMAGE * Separate HTML Use of Methods Defined in Parent
_ 48 Separate IMAGE * Separate HTML Use of Methods Defined in Parent but overridden in child class
_ 49 Separate IMAGE * Separate HTML Comments on Casting
_ 50 Separate IMAGE * Separate HTML Array - A Pseudo Class!
_ 51 Separate IMAGE * Separate HTML By value and By reference
_ 52 Separate IMAGE * Separate HTML Comments on Overloading and Overriding in Classes
A 53 Separate IMAGE * Separate HTML Object-Oriented
Programming Examples:
Basic Class Operations
_ 54 Separate IMAGE * Separate HTML The Class Hierarchy of this example
_ 55 Separate IMAGE * Separate HTML Object-Oriented Programming in JAVA - defining a class
_ 56 Separate IMAGE * Separate HTML More methods in the class definition
_ 57 Separate IMAGE * Separate HTML Defining a child class
_ 58 Separate IMAGE * Separate HTML Using parent and child classes
_ 59 Separate IMAGE * Separate HTML Parent and child example, continued
A 60 Separate IMAGE * Separate HTML More child classes
_ 61 Separate IMAGE * Separate HTML Abstract Methods
and Classes
Interfaces
(classes without implementation)
_ 62 Separate IMAGE * Separate HTML Abstract Methods and Classes
_ 63 Separate IMAGE * Separate HTML Java Language -- Interfaces - Overview
_ 64 Separate IMAGE * Separate HTML Cars as an Examples of Interfaces/ Multiple Inheritance
_ 65 Separate IMAGE * Separate HTML Picture of Interfaces and Classes for Cars and their Manufacture
_ 66 Separate IMAGE * Separate HTML Java Language -- Interface Example -- Implementing Storable
_ 67 Separate IMAGE * Separate HTML Interfaces can be used as Classes in type specification
_ 68 Separate IMAGE * Separate HTML Further Features of Interfaces
_ 69 Separate IMAGE * Separate HTML More on Interfaces -- Why use them
_ 70 Separate IMAGE * Separate HTML Packages in Java
_ 71 Separate IMAGE * Separate HTML Overview of Packages and Directory Structure
_ 72 Separate IMAGE * Separate HTML Using Java packages
_ 73 Separate IMAGE * Separate HTML Java 1.0 System Packages
_ 74 Separate IMAGE * Separate HTML More on the Java Language: Exceptions
A 75 Separate IMAGE * Separate HTML Java Language -- Handling Runtime Errors Using Exceptions
_ 76 Separate IMAGE * Separate HTML User Created Exceptions
_ 77 Separate IMAGE * Separate HTML Basic Structure of Exception Handling in Nested Calls
_ 78 Separate IMAGE * Separate HTML Examples of Exception Hierarchy
_ 79 Separate IMAGE * Separate HTML Example of Handling Exceptions
_ 80 Separate IMAGE * Separate HTML Classes of Exceptions
_ 81 Separate IMAGE * Separate HTML Exceptions in Applets
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for javatutorial97.3
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Java Tutorial - Spring 1997 Part 3:Graphics and the Abstract Windowing Toolkit
Given by Nancy J. McCracken,Geoffrey C. Fox at Peking Tutorial, CPS616 on Spring-Summer 1997. Foils prepared 18 May 97More Detail! * Foil Index from this file *
In Part 1 and 2 of the Tutorial We Covered:
|
| In This Part of the Java Tutorial We Cover: |
| Introduction to Threads |
Graphics in more detail
|
Abstract Windowing Toolkit
|
And in the Remaining Part of the Java Tutorial We Cover:
|
Table of Contents for Java Tutorial - Spring 1997 Part 3:Graphics and the Abstract Windowing Toolkit
A denotes presence of Additional linked information_ 1 Separate IMAGE * Separate HTML Java Tutorial -
Spring 1997
Part 3: Graphics and the Abstract Windowing Toolkit
http://www.npac.syr.edu/projects/tutorials/Java/
_ 2 Separate IMAGE * Separate HTML More Detail on Applets and Graphics
_ 3 Separate IMAGE * Separate HTML The java.awt.Graphics Class
_ 4 Separate IMAGE * Separate HTML Graphics is Event-Driven: paint method
_ 5 Separate IMAGE * Separate HTML Changing Graphics: repaint method
_ 6 Separate IMAGE * Separate HTML Some Basic Methods for Applets -- I
_ 7 Separate IMAGE * Separate HTML Some Basic Methods for Applets -- II
_ 8 Separate IMAGE * Separate HTML The java.awt.Font and FontMetrics Classes
_ 9 Separate IMAGE * Separate HTML Centering a string in the applet window.
_ 10 Separate IMAGE * Separate HTML The java.awt.Color Classes
_ 11 Separate IMAGE * Separate HTML A Simple Useful Applet from Sun for Animation
(can be skipped)
_ 12 Separate IMAGE * Separate HTML Sun's Animator.class Applet
_ 13 Separate IMAGE * Separate HTML Details of Using the Sun animator Applet --I
_ 14 Separate IMAGE * Separate HTML Details of Using the Sun animator Applet --II
_ 15 Separate IMAGE * Separate HTML Introducing a Single Thread
(See later for real discussion of thread use)
_ 16 Separate IMAGE * Separate HTML Introduction to Threads
_ 17 Separate IMAGE * Separate HTML Example showing the standard thread methods
A 18 Separate IMAGE * Separate HTML Example showing thread methods, continued
_ 19 Separate IMAGE * Separate HTML Images
and Double Buffering
_ 20 Separate IMAGE * Separate HTML Getting Images Downloaded
_ 21 Separate IMAGE * Separate HTML Drawing Images to the applet window
A 22 Separate IMAGE * Separate HTML Image Downloading -- imageObserver, MediaTracker
_ 23 Separate IMAGE * Separate HTML An Image Drawing Example
_ 24 Separate IMAGE * Separate HTML Flickering in Applets and its Solution
_ 25 Separate IMAGE * Separate HTML The default Update(Graphics g) Method
_ 26 Separate IMAGE * Separate HTML Double Buffering to Reduce Flicker - I
_ 27 Separate IMAGE * Separate HTML Double Buffering to Reduce Flicker - II
_ 28 Separate IMAGE * Separate HTML Double Buffering
_ 29 Separate IMAGE * Separate HTML Event Handling
_ 30 Separate IMAGE * Separate HTML Events in the java.awt -- Mouse, Keyboard Interaction - I
_ 31 Separate IMAGE * Separate HTML Events in the java.awt -- Mouse, Keyboard Interaction - II
A 32 Separate IMAGE * Separate HTML Using Mouse Events for User Interaction
_ 33 Separate IMAGE * Separate HTML Mouse Events: Initializing the movable objects
_ 34 Separate IMAGE * Separate HTML Draw the objects with double buffering
_ 35 Separate IMAGE * Separate HTML Mouse Move Event
_ 36 Separate IMAGE * Separate HTML The Set of Mouse Dragging Events
A 37 Separate IMAGE * Separate HTML More Methods in the Movable Point class
_ 38 Separate IMAGE * Separate HTML Keyboard Events
_ 39 Separate IMAGE * Separate HTML Abstract Windowing Toolkit (AWT):
Components such as buttons, textfields, etc.
and related Events
_ 40 Separate IMAGE * Separate HTML Structure of the java.awt GUI Components - I
_ 41 Separate IMAGE * Separate HTML Structure of the java.awt GUI Components - II
_ 42 Separate IMAGE * Separate HTML Picture of the AWT Component Class and its inheritance
_ 43 Separate IMAGE * Separate HTML Some Simple AWT Components -- label,button
_ 44 Separate IMAGE * Separate HTML AWT Components -- Checkbox
_ 45 Separate IMAGE * Separate HTML AWT Components -- Radio Buttons , CheckboxGroup
_ 46 Separate IMAGE * Separate HTML Actions associated with Components in AWT - I
_ 47 Separate IMAGE * Separate HTML Actions associated with Components in AWT - II
_ 48 Separate IMAGE * Separate HTML A more general way to handle events
A 49 Separate IMAGE * Separate HTML Some Further AWT Components -- typical subunits of panels
_ 50 Separate IMAGE * Separate HTML AWT Components -- Text Fields & Areas
A 51 Separate IMAGE * Separate HTML Some Further AWT Components -- Canvas, Window - I
_ 52 Separate IMAGE * Separate HTML Some Further AWT Components -- Canvas, Window - II
_ 53 Separate IMAGE * Separate HTML Abstract Windowing Toolkit (AWT):
Layouts
_ 54 Separate IMAGE * Separate HTML Layout of Components in a Panel
_ 55 Separate IMAGE * Separate HTML Description and Example of BorderLayout
_ 56 Separate IMAGE * Separate HTML Brief Description of Four Other LayoutManager's
_ 57 Separate IMAGE * Separate HTML FlowLayouts in detail
_ 58 Separate IMAGE * Separate HTML Hierarchical use of LayoutManagers
A 59 Separate IMAGE * Separate HTML AWT - Grid Layout with Two Components
_ 60 Separate IMAGE * Separate HTML AWT - Adding Components to a Layout
_ 61 Separate IMAGE * Separate HTML AWT - Canvas Component
_ 62 Separate IMAGE * Separate HTML AWT - Handling Actions from Components
A 63 Separate IMAGE * Separate HTML AWT - Panel Component with Buttons
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for javatutorial97.4
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Java Tutorial - Spring 1997 Part 4: Multithreading, useful Java classes, I/O, Networking, and the future
Given by Nancy J. McCracken,Geoffrey C. Fox at Peking Tutorial, CPS616 on Spring-Summer 1997. Foils prepared 18 May 97More Detail! * Foil Index from this file *
In Part 1 2 and 3 of the Tutorial We Covered:
|
| In This Part of the Java Tutorial We Cover: |
| Threads in Detail |
Useful Java Classes
|
| Networking and I/O |
| Futures and HPCC Implications |
Table of Contents for Java Tutorial - Spring 1997 Part 4: Multithreading, useful Java classes, I/O, Networking, and the future
A denotes presence of Additional linked information_ 1 Separate IMAGE * Separate HTML Java Tutorial - Spring 1997
Part 4: Multithreading, useful Java classes, I/O, Networking, and the future
http://www.npac.syr.edu/projects/tutorials/Java/
_ 2 Separate IMAGE * Separate HTML Threads are part of the Java Language!
(a more serious discussion than in part III of tutorial)
_ 3 Separate IMAGE * Separate HTML Initial Remarks on Threads
A 4 Separate IMAGE * Separate HTML How to Use Threads from a Class
A 5 Separate IMAGE * Separate HTML Thread Execution and Concurrency
_ 6 Separate IMAGE * Separate HTML The Life of a Thread
_ 7 Separate IMAGE * Separate HTML Synchronized Method and Blocks
_ 8 Separate IMAGE * Separate HTML Threads and Synchronization - I
_ 9 Separate IMAGE * Separate HTML Threads and Synchronization - wait()
_ 10 Separate IMAGE * Separate HTML Threads and Synchronization - notify()
_ 11 Separate IMAGE * Separate HTML Threads and Synchronization - Example
_ 12 Separate IMAGE * Separate HTML Useful Basic Java Classes
_ 13 Separate IMAGE * Separate HTML The Overarching Object Class
_ 14 Separate IMAGE * Separate HTML Determining and Testing Class of Object
_ 15 Separate IMAGE * Separate HTML java.lang.Object Wrappers
_ 16 Separate IMAGE * Separate HTML The java.lang.Math class
_ 17 Separate IMAGE * Separate HTML The Date class
_ 18 Separate IMAGE * Separate HTML The String class
_ 19 Separate IMAGE * Separate HTML More on Strings, and the StringBuffer class
A 20 Separate IMAGE * Separate HTML ReverseString Class
_ 21 Separate IMAGE * Separate HTML The Vector class
_ 22 Separate IMAGE * Separate HTML Methods for Vectors
_ 23 Separate IMAGE * Separate HTML The Hashtable class
_ 24 Separate IMAGE * Separate HTML I/O and the powerful Stream Zoo
_ 25 Separate IMAGE * Separate HTML I/O Streams
_ 26 Separate IMAGE * Separate HTML The Input Stream Zoo
_ 27 Separate IMAGE * Separate HTML FilterInputStreams
_ 28 Separate IMAGE * Separate HTML Networking and Web Access
_ 29 Separate IMAGE * Separate HTML Networking and Web Access in Java
_ 30 Separate IMAGE * Separate HTML Security Concerns for Applets
_ 31 Separate IMAGE * Separate HTML Table for Java file and network access
_ 32 Separate IMAGE * Separate HTML Accessing URL's in Java -- URL, showDocument
_ 33 Separate IMAGE * Separate HTML Accessing URL's in Java -- URLConnection
A 34 Separate IMAGE * Separate HTML I/O: Reading a File known by URL
_ 35 Separate IMAGE * Separate HTML I/O: Setting up the URL, Layout and Thread
A 36 Separate IMAGE * Separate HTML I/O: Reading the Text File
_ 37 Separate IMAGE * Separate HTML Socket from the Client Side
A 38 Separate IMAGE * Separate HTML Sockets from the Server Side
_ 39 Separate IMAGE * Separate HTML Performance
and dreaming about the Future
_ 40 Separate IMAGE * Separate HTML Use of Native Classes to Speed Up Execution
_ 41 Separate IMAGE * Separate HTML Comments on Native C Methods
_ 42 Separate IMAGE * Separate HTML HPCC and Java -- High Performance HPjava -- I
_ 43 Separate IMAGE * Separate HTML HPCC and Java -- HPjava -- II
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for webtrainjune97A
Basic Foilset Search
HELP! * BLUE=global GREY=local Full Index for GLOBAL foilset Experiences in electronic Education and Training -- Computer science/HPCC Education
Given by Geoffrey C. Fox at DoD Modernization Users Group Meeting San Diego on 24 June 97. Foils prepared 27 June 97More Detail! * Foil Index from this file * See also color IMAGE
| Our current approach was based on many experiments in electronic delivery of course material |
| We describe some of what we did and what we learnt! |
| General WebWisdom Framework |
| Scope of teaching and re-use from Syracuse to China -- Undergraduate, Graduate and Continuing Education |
| What is a foil? Natural Unit of presented Information so computer screen == overhead projector |
| Current WebWisdom converts legacy systems with hierarchical data management and display |
| Some integrated services including audio and logging |
| We describe WebWisdom's many Programming laboratories |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for Two Web Training Presentations
Master Presentation on Java for Simulation and Education
Master Set of Material on Tango and Collaboratoies
Collection of GIF Images for General NPAC Projects January 97-
Collection of GIF Images for General NPAC Projects April96-
Variety of Foils Used Starting January 97
Web Technologies for Education and NPAC Projects Master Presentation
Table of Contents for Experiences in electronic Education and Training -- Computer science/HPCC Education
A denotes presence of Additional linked information_ 1 Separate IMAGE * Separate HTML Experiences in Electronic Education and Training Computer Science/HPCC Education and the first version of WebWisdom!
_ 2 Separate IMAGE * Separate HTML Abstract of Experiences in Electronic Training and Publishing
The Future WebWisdom -- This is what we Deduced!
_ 3 Separate IMAGE * Separate HTML Architecture of WebWisdom Education Delivery System
The Current WebWisdom -- Dissemination and Legacy Systems
_ 4 Separate IMAGE * Separate HTML Dissemination of Material and Legacy Systems -- current WebWisdom
_ 5 Separate IMAGE * Separate HTML WebWisdom: Current Capabilities
_ 6 Separate IMAGE * Separate HTML WebWisdom: Current Capabilities II
_ 7 Separate IMAGE * Separate HTML Legacy System Conversion
_ 8 Separate IMAGE * Separate HTML Collage of 7 NPAC Course Home Pages
_ 9 Separate IMAGE * Separate HTML Summary of Foilsets organized by Topic Areas
_ 10 Separate IMAGE * Separate HTML The Overview of List by Topics of WebWisdom Material
_ 11 Separate IMAGE * Separate HTML List of Foilsets under the topic area of CPS616 Spring 96 Class
Chinese Translation
_ 12 Separate IMAGE * Separate HTML What is CPSWT CD-ROM?
A 13 Separate IMAGE * Separate HTML Life reports ICPSEP, the "classroom across countries" between NPAC at Syracuse University, USA, and PACT at Harbin Institute of Technology, China
A 14 Separate IMAGE * Separate HTML Internet Certificate in Computational Science for Peng Wu
_ 15 Separate IMAGE * Separate HTML Contents of CPSWT CD-ROM
Why use a Foil!
_ 16 Separate IMAGE * Separate HTML Basic Unit is a Foil!
Re-Use Issues for Course Material -- Play Lists
_ 17 Separate IMAGE * Separate HTML Re-Use / Capturing of Material
_ 18 Separate IMAGE * Separate HTML Foilsets Making up SC96 Tutorial (Morning)
_ 19 Separate IMAGE * Separate HTML From a PC/Macintosh Presentation to the Web
_ 20 Separate IMAGE * Separate HTML WebWisdom--JavaScript for Structured Information
_ 21 Separate IMAGE * Separate HTML Self-Documenting Web Pages
Illustrate WebWisdom Hierarchical Structure and Features
_ 22 Separate IMAGE * Separate HTML The Overview of List by Topics of WebWisdom Material
_ 23 Separate IMAGE * Separate HTML One Level Down: List of Foilsets in Topic Fall96 Offering of CPS615
_ 24 Separate IMAGE * Separate HTML Overview of Typical Course Foilset as used in CPS615: Introduction to Computational Science
_ 25 Separate IMAGE * Separate HTML HTML Pure Text Version of a Foil on HPF for Laplace Example
_ 26 Separate IMAGE * Separate HTML Contrasted with Imported Persuasion Version of Same Material
_ 27 Separate IMAGE * Separate HTML The Administrative Side of WebWisdom: Set Parameter Options
_ 28 Separate IMAGE * Separate HTML The CPS Laplace Equation Foilset Overview with CrazyText Java Applet for Title
Tango Version of WebWisdom
_ 29 Separate IMAGE * Separate HTML TANGO/Wisdom
Use of Real audio
_ 30 Separate IMAGE * Separate HTML Current Use of Real Audio - I
_ 31 Separate IMAGE * Separate HTML Current Use of Real Audio - II
_ 32 Separate IMAGE * Separate HTML cps615 Fall 97 Prototype (June 97) Homepage
_ 33 Separate IMAGE * Separate HTML An example of a CPS615 Fall 96 lecture with realaudio support
_ 34 Separate IMAGE * Separate HTML A Bunch of Electronic Delivery Problems
How to Teach Programming
_ 35 Separate IMAGE * Separate HTML How to teach Programming!
_ 36 Separate IMAGE * Separate HTML VPL 2D Graphics (VPLPlot 2.0) Samples Screen
_ 37 Separate IMAGE * Separate HTML PERL Virtual Programming Laboratory (VPL) - I
_ 38 Separate IMAGE * Separate HTML PERL Virtual Programming Laboratory (VPL) - II
_ 39 Separate IMAGE * Separate HTML JavaScript Virtual Programming Laboratory (VPL)
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for webtrainjune97B
Basic Foilset Search
HELP! * BLUE=global GREY=local Full Index for GLOBAL foilset Futures and Features of Webwisdom Electronic Education and Training
Given by Geoffrey C. Fox at DoD Modernization Users Group Meeting San Diego on 24 June 97. Foils prepared 27 June 97More Detail! * Foil Index from this file * See also color IMAGE
| This discusses architecture of proposed WebWisdom electronic education and training system which is designed for both distance and local applications |
| We describe experiences that were put into design of WebWisdom |
| We discuss particular features including core database, administration, collaboration, disabled interfaces, digital video , VRML and Geographical Information Systems |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for Two Web Training Presentations
Master Presentation on Java for Simulation and Education
Set of Poster and Similar Presentatons
Variety of Foils Used Starting January 97
Collection of GIF Images for General NPAC Projects January 97-
Master Set of Foils for Two Talks at Dayton (Multidisciplinary Applications, Tango Collaboratory)
Possible Java Frameworks for Computing
Master for TANGO Applications -- C2, Education, HealthCare, Simulation
Additional Material for Web Technology Presentations July 95 -- March 96
Master Set of Material on Tango and Collaboratoies
Table of Contents for Futures and Features of Webwisdom Electronic Education and Training
A denotes presence of Additional linked information_ 1 Separate IMAGE * Separate HTML Futures and Features of WebWisdom Electronic Education and Training
_ 2 Separate IMAGE * Separate HTML Abstract of WebWisdom Training and Education System
The Future WebWisdom -- This is what we Deduced!
_ 3 Separate IMAGE * Separate HTML WebWisdom Architecture and Design
_ 4 Separate IMAGE * Separate HTML Architecture of WebWisdom Education Delivery System
_ 5 Separate IMAGE * Separate HTML WebWisdom Design Details - I
_ 6 Separate IMAGE * Separate HTML WebWisdom Design Details - II
_ 7 Separate IMAGE * Separate HTML WebWisdom Design Details - III
NPAC Experience Base in Education
_ 8 Separate IMAGE * Separate HTML Sources of NPAC Experience in different education and training areas
_ 9 Separate IMAGE * Separate HTML NPAC Education Projects
_ 10 Separate IMAGE * Separate HTML K-12: Living SchoolBook http://lsb.syr.edu
_ 11 Separate IMAGE * Separate HTML Special Education http://www.pulsar.org
_ 12 Separate IMAGE * Separate HTML Undergraduate Education http://www.phy.syr.edu/courses/modsim.html
_ 13 Separate IMAGE * Separate HTML Graduate Education/Continuing Education http://www.npac.syr.edu/users/gcf/wisdom/help/ http://www.npac.syr.edu/projects/cps615fall96/ http://www.npac.syr.edu/education/web/
_ 14 Separate IMAGE * Separate HTML Industry Outreach: Syracuse Language Systems http://www.syrlang.com/
Summary of Opportunities for Web in Education
_ 15 Separate IMAGE * Separate HTML Summary of Web Opportunities in Education and Training
_ 16 Separate IMAGE * Separate HTML Opportunities in Education - I
_ 17 Separate IMAGE * Separate HTML Opportunities in Education - II
Why Use a Database at Core of WebWisdom
_ 18 Separate IMAGE * Separate HTML Database Examples for WebWisdom
_ 19 Separate IMAGE * Separate HTML A Web Search Interface for NewsBank News Database
_ 20 Separate IMAGE * Separate HTML Search in NPAC Web site
_ 21 Separate IMAGE * Separate HTML AskNPAC Internet Service for a Searchable USENET Newsgroup and Mailing List Archive
_ 22 Separate IMAGE * Separate HTML A Web-based Document Management System for NPAC TEchnical Reports
_ 23 Separate IMAGE * Separate HTML Database Support in CareWeb
_ 24 Separate IMAGE * Separate HTML Carrier Catalog Database Search Home Page
_ 25 Separate IMAGE * Separate HTML Syracuse Language System Language Connect University - Web/Database Architecture
_ 26 Separate IMAGE * Separate HTML Syracuse Language System Administrative tools for faculties.
_ 27 Separate IMAGE * Separate HTML Why use a Database at Core of WebWisdom?
Tango Collaboratory
_ 28 Separate IMAGE * Separate HTML TANGO Collaboratory http://www.npac.syr.edu/tango/
_ 29 Separate IMAGE * Separate HTML TANGO Collaboration Model
_ 30 Separate IMAGE * Separate HTML Role of Collaboratory Systems
_ 31 Separate IMAGE * Separate HTML TANGO2 Guiding Principles
_ 32 Separate IMAGE * Separate HTML TANGO Applications with their participants
Tango Collaboratory in Education
_ 33 Separate IMAGE * Separate HTML Tango Applications in Education
_ 34 Separate IMAGE * Separate HTML Tango Screen: Talking Heads and White Board
_ 35 Separate IMAGE * Separate HTML Tango Screen: Physics Applets -- Cross Product, Planets and Neural Network
_ 36 Separate IMAGE * Separate HTML Tango Application to Education
_ 37 Separate IMAGE * Separate HTML Distributed Tango WebWisdom
JavaBean FoilSets
_ 38 Separate IMAGE * Separate HTML WebPersuasion -- Javabean Foilsets
_ 39 Separate IMAGE * Separate HTML RCIHalloween Presentation Foil on WebFoil in WebFoil!!
_ 40 Separate IMAGE * Separate HTML Features of a JavaBean Foilset
_ 41 Separate IMAGE * Separate HTML Graphics in the New Tango white Board
_ 42 Separate IMAGE * Separate HTML New Tango white Board in Collaborative Mode
Disabled Interfaces
A 43 Separate IMAGE * Separate HTML Outreach to Disabled Community
A 44 Separate IMAGE * Separate HTML The Neat Thing in Action I
GIS and VRML in WebWisdom
_ 45 Separate IMAGE * Separate HTML Use of GIS/VRML on Demand in WebWisdom
_ 46 Separate IMAGE * Separate HTML NPAC 3D Visible Human Room in VRML2. II
_ 47 Separate IMAGE * Separate HTML NPAC 3D Visible Human Room in VRML2. I
_ 48 Separate IMAGE * Separate HTML Collection of Shared Applications (incl 3D Visible Human) in the New Tango
_ 49 Separate IMAGE * Separate HTML Connection with the database containing Census & Tiger/Line data.
_ 50 Separate IMAGE * Separate HTML The TANGOsim C2 Application
_ 51 Separate IMAGE * Separate HTML A demo of animated objects controlled by simulation engine of Tango collaborative system - III
_ 52 Separate IMAGE * Separate HTML A scene from a military scenario, controlled by Simulation Engine of the TANGO Collaborative System.
Video on Demand in WebWisdom
_ 53 Separate IMAGE * Separate HTML Use of Video on Demand in WebWisdom
_ 54 Separate IMAGE * Separate HTML Video on Demand: Features
_ 55 Separate IMAGE * Separate HTML Search interface for video material. An end user performs a category and keyword search on available video clips.
_ 56 Separate IMAGE * Separate HTML Search results: a list of video clips starting with matching keywords in the close caption.
_ 57 Separate IMAGE * Separate HTML Close caption text associated with each clips in a Web browser.
_ 58 Separate IMAGE * Separate HTML Video on Demand/TANGO Integration
_ 59 Separate IMAGE * Separate HTML Master video client integrated with the collaborative environment.
Future Plans
_ 60 Separate IMAGE * Separate HTML What is WebWisdom.org/com
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps606summer97/webarch97
Foilset Search
Full Index for Basic foilset Introduction to Architecture of World Wide Web
Given by Nancy J. McCracken at Professional Web Certificate on April - August 97. Foils prepared May 3 97 * *
| The World Wide Web (WWW) (the Web) is a hyperlinked collection of documents and programs that reside on computers all over the world, linked by the Internet. |
This talk will show the underlying components and mechanisms that make the Web work.
|
| This works on a world-wide basis is because these protocols are based on Open Standards which have been implemented by many vendors on a variety of machines. The Web software structure is strictly non- proprietary, while allowing proprietary pieces to fit in where needed. |
| The same architecture and software that makes the Web work is also suitable for implementing distributed applications between hetereogeneous machines and networks. This makes the architecture attractive for the corporate Intranet as well. |
Table of Contents for Introduction to Architecture of World Wide Web
1
The Architecture of theWorld Wide Web
2
The Architecture of the World Wide Web 3
Top-level View of the World Wide Web 4
Top-level View of the Corporate Intranet 5
Networking Basics 6
Background on the Internet 7
Networking Basic Definitions 8
Networking Standards: OSI Layers 9
Simplified communication protocol model 10
The TCP/IP protocol suite 11
Typical message formats 12
Networking 13
Communications Issues 14
Networking Speeds 15
Open Standards 16
Internet Documents: Drafts, Memos and Standards 17
Internet Documents - Examples 18
Message-passing Protocols 19
Internet E-Mail (RFC-822) 20
Multi-purpose Internet Mail Extension (MIME) 21
MIME - "Content-Type" Header Field 22
MIME - Base Content Types 23
MIME - Base Content Types, continued 24
Web Services - HTTP Protocol 25
Applications based on information services typically use a Client/Server Architecture 26
The World Wide Web is a collection of clients and servers called browsers and Web sites 27
HTTP - Hypertext Transport Protocol 28
HTTPD - HTTP Daemon 29
URL - Uniform Resource Locator 30
Web Links can go to other Internet Services 31
HTTP - How does it work? 32
HTTP - GET Request Example 33
HTTP - Reply Example 34
HTTP - POST Request Example 35
Common Gateway Interface (CGI) - an introduction Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for psptajuly97
Basic Foilset Search
HELP! * BLUE=global GREY=local Full Index for GLOBAL foilset Web Technology as the basis of Portable High Quality HPCN Software
Given by Geoffrey C. Fox at Review Meeting of PSPTA Group Manchester UK, Garland Texas(E-systems), Winnipeg Canada(HPCS'97) on July 1,9,12 97. Foils prepared July 14 97More Detail! * Foil Index from this file * See also color IMAGE
| We suggest that one can re-engineer existing HPCC concepts using emerging Web technology to produce a far more effective programming environment |
| This presentation asserts that software architecture should be designed in three layers: client interface, high functionality middleware accessing when necessary specialized high performance third layer |
| On client side, we discuss VPL as an example and suggest that a Java Computing Services framework can lead to universal interoperable interfaces |
In middleware, we discuss Collaboration, Integration software, Multidisciplinary Applications, databases and CORBA
|
| Finally we discuss Java as the universal language to express all of this -- including scientific computing! |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
General NPAC Foils-B starting June97(PowerPoint)
Variety of Foils Used Starting January 97
Miscellaneous Presentation Material used in 1996
Title and Abstract of FakeFoilset
Master Presentation on Java for Simulation and Education
Possible Java Frameworks for Computing
Master Set of Foils for Two Talks at Dayton (Multidisciplinary Applications, Tango Collaboratory)
Collection of GIF Images for General NPAC Projects April96-
Master Set of Foils for Two Web Training Presentations
Collection of GIF Images for General NPAC Projects January 97-
Overview of Parallel Compiler Runtime Consortium Activities Master Foilset
Distributed Simulation (DIS,HLA) HPCC and the Object Web
JavaBeans and Visual HPCC omponentWare
HPF Interpreter using Web Technologies
Master Set of Presentations on Java for Computational Science
Master Set of Material on Tango and Collaboratoies
Master for TANGO Applications -- C2, Education, HealthCare, Simulation
Table of Contents for Web Technology as the basis of Portable High Quality HPCN Software
A denotes presence of Additional linked information_ 1 Separate IMAGE * Separate HTML Web Technology as the basis of Portable High Quality HPCC Software
_ 2 Separate IMAGE * Separate HTML Abstract of HPCC Portable Software based on Web Technology
Lessons from current HPCC Activities
_ 3 Separate IMAGE * Separate HTML Some Concepts Learnt from HPCC Initiative
_ 4 Separate IMAGE * Separate HTML Some Relevant Technical Trends
_ 5 Separate IMAGE * Separate HTML HPCC Software issues
Web Software is Best!
_ 6 Separate IMAGE * Separate HTML Web Software is the Best!
_ 7 Separate IMAGE * Separate HTML Synergy of InterNet and IntraNets
We can Act Now as basic functionality there/clear!
_ 8 Separate IMAGE * Separate HTML We have the Web Tools in Place - I !
_ 9 Separate IMAGE * Separate HTML We have the Web Tools in Place - II!
See Java in HPCC resource
_ 10 Original Foreign Pointer Java for Scientific Computing Resource
3 Roles for Java in HPCC and essential Idea
_ 11 Separate IMAGE * Separate HTML There are (at least) 3 Major Roles for JAVA in Computation
_ 12 Separate IMAGE * Separate HTML Why use the Web as basis for HPCC Software?
_ 13 Separate IMAGE * Separate HTML More General 3 Level Software Model Functionality Performance Tradeoff
_ 14 Separate IMAGE * Separate HTML Computing Services at 3 levels
_ 15 Separate IMAGE * Separate HTML Java Server versus HP level - I
_ 16 Separate IMAGE * Separate HTML Java Server versus HP level - II
_ 17 Separate IMAGE * Separate HTML The 3 Roles of Java
Let us Distinguish Concepts
_ 18 Separate IMAGE * Separate HTML Interoperable Interfaces
_ 19 Separate IMAGE * Separate HTML Multidisciplinary Applications
_ 20 Separate IMAGE * Separate HTML Metacomputing
_ 21 Separate IMAGE * Separate HTML Metacomputing Includes
_ 22 Separate IMAGE * Separate HTML Computer Science Issues in 3 Categories
Java for User Interfaces
_ 23 Separate IMAGE * Separate HTML Java for Building User Interfaces
The Virtual Programming Lab -- Web interfaces/wrappers
_ 24 Separate IMAGE * Separate HTML Summary of the VPL -- Virtual Programming Laboratory
_ 25 Separate IMAGE * Separate HTML The Virtual Programming Laboratory
_ 26 Separate IMAGE * Separate HTML Structure of Java Wrappers in the VPL
_ 27 Separate IMAGE * Separate HTML The Java Applet Supporting Data Visualization in the VPL
A 28 Separate IMAGE * Separate HTML Kivanc Dincer's Java FrontEnd to Pablo - I
VRML in HPCC and for real world dissemination
_ 29 Separate IMAGE * Separate HTML What is Relevance of VRML(2) for Scientific Computing?
_ 30 Separate IMAGE * Separate HTML GIS integration with Weather Simulation application - II.
Next Steps
_ 31 Separate IMAGE * Separate HTML What is WebWisdom.org/com
High Functionality MiddleWare with Java Servers
_ 32 Separate IMAGE * Separate HTML High Functionality Software Layer
Basic Layered Model for MetaComputing with Java
_ 33 Separate IMAGE * Separate HTML Web Based MetaComputing
A 34 Separate IMAGE * Separate HTML Article on MIP Sucking Java Applets
_ 35 Separate IMAGE * Separate HTML Java Server Based Web Computing
_ 36 Separate IMAGE * Separate HTML Use of Java Servers in HPCC
PCRC WebFlow Demonstration
see Real Audio Scripted Discussion of PCRC and WebFlow
_ 37 Separate IMAGE * Separate HTML WebFlow Integration
_ 38 Separate IMAGE * Separate HTML WebFlow and PCRC
_ 39 Separate IMAGE * Separate HTML Example of composite WebFlow imaging: input image is forked into several concurrent streams, passed to various imaging filters
_ 40 Separate IMAGE * Separate HTML General Web Integration Model
Multidisciplinary Applications
_ 41 Separate IMAGE * Separate HTML Computing Model in Esprit CISPAR Project
_ 42 Separate IMAGE * Separate HTML Three Possible Implementations of CFD CSM Linkage
Java Frameworks for Interoperable Computing
_ 43 Separate IMAGE * Separate HTML New Java Frameworks for Advanced Web Services (I)
_ 44 Separate IMAGE * Separate HTML New Java Frameworks for Advanced Web Services (II)
_ 45 Separate IMAGE * Separate HTML Possible Java Frameworks for Computing
_ 46 Separate IMAGE * Separate HTML Proposed Java Computing Services Framework
_ 47 Separate IMAGE * Separate HTML Implementation of a Java Computing Framework
Emergence of the Object Web
_ 48 Separate IMAGE * Separate HTML HPComponentWare for DoE2000: Summary
_ 49 Separate IMAGE * Separate HTML HPCC ComponentWare: Essential Ideas
_ 50 Separate IMAGE * Separate HTML System and User Perspective
_ 51 Separate IMAGE * Separate HTML 3 by 3 Diagram of Programming Environments versus System Complexity from PC to HPCC
_ 52 Separate IMAGE * Separate HTML Components: JavaBeans, ActiveX
_ 53 Separate IMAGE * Separate HTML Visual Components-based Design- and Runtime Environments
_ 54 Separate IMAGE * Separate HTML Approaches to Distributed Objects
_ 55 Separate IMAGE * Separate HTML Java ORB Approaches to Distributed Objects - II
_ 56 Separate IMAGE * Separate HTML Component Model for HPCC
_ 57 Separate IMAGE * Separate HTML HP-CORBA - I
_ 58 Separate IMAGE * Separate HTML HP-CORBA - II
_ 59 Separate IMAGE * Separate HTML HPCORBA Layer with SIO Analogy
And look JavaBeans can be used in Education!
_ 60 Separate IMAGE * Separate HTML WebPersuasion -- Javabean Foilsets
_ 61 Separate IMAGE * Separate HTML Features of a JavaBean Foilset
_ 62 Separate IMAGE * Separate HTML Graphics in the New Tango white Board
HPF Interpreter
_ 63 Separate IMAGE * Separate HTML Integrated Compiled and Interpreted Environments II
_ 64 Separate IMAGE * Separate HTML Use of PCRC Infrastructure -- The HPF front-end to produce an Integrated Environment for HPF Compiler and Interpreter
_ 65 Separate IMAGE * Separate HTML Architecture of the Integrated Interpreter/Compiler System
_ 66 Separate IMAGE * Separate HTML Switching between compiled and interpreted modes
_ 67 Separate IMAGE * Separate HTML Use for Interactive Visualizations
_ 68 Separate IMAGE * Separate HTML Linkage of HPF Interpreter to Compiler
Petaflop Layered Software Model
_ 69 Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- II
A 70 Separate IMAGE * Separate HTML Hierarchy of Software Levels
Collaboration/Computational Steering
- TANGO Collaboratory
_ 72 Separate IMAGE * Separate HTML TANGO Collaboratory
_ 73 Separate IMAGE * Separate HTML TANGO Collaboration Model
_ 74 Separate IMAGE * Separate HTML Role of Collaboratory Systems
_ 75 Separate IMAGE * Separate HTML TANGO: Highlights
_ 76 Separate IMAGE * Separate HTML Tango Screen: Talking Heads and White Board
_ 77 Separate IMAGE * Separate HTML Tango Screen: Physics Applets -- Cross Product, Planets and Neural Network
_ 78 Separate IMAGE * Separate HTML TANGO: Highlights II
_ 79 Separate IMAGE * Separate HTML TANGO: Control Application
_ 80 Separate IMAGE * Separate HTML TANGO: application control
_ 81 Separate IMAGE * Separate HTML TANGO Applications
_ 82 Separate IMAGE * Separate HTML TANGO: Status
Tango in Context of Collaboration Systems
_ 83 Separate IMAGE * Separate HTML Collaboratory systems: Taxonomy I
_ 84 Separate IMAGE * Separate HTML Collaboratory systems: Taxonomy II
_ 85 Separate IMAGE * Separate HTML Event Broadcasting: con and pro
TANGO for Command and Control
_ 86 Separate IMAGE * Separate HTML Typical Web Collaboration Architecture
_ 87 Separate IMAGE * Separate HTML The TANGOsim C2 Application
_ 88 Separate IMAGE * Separate HTML Command and Control Screen with Multimedia Message
_ 89 Separate IMAGE * Separate HTML A demo of animated objects controlled by simulation engine of Tango collaborative system - III
TANGO for Multidisciplinary Applications
_ 90 Separate IMAGE * Separate HTML TANGO Structure of Multidisciplinary Applications
_ 91 Separate IMAGE * Separate HTML Minimal Web based Multidisciplinary Application
_ 92 Separate IMAGE * Separate HTML Comparison of Communication/Linkage Models
TANGO for Collaborative Computing/Computational Steering
_ 93 Separate IMAGE * Separate HTML General Web Architecture
_ 94 Separate IMAGE * Separate HTML TANGOsim for Distributed Simulation and Computational Steering - I
_ 95 Separate IMAGE * Separate HTML TANGOsim for Distributed Simulation and Computational Steering - II
Object Web and CORBA for
- HPCC and Distributed Simulation
_ 97 Separate IMAGE * Separate HTML DIS Distributed Event Driven Simulation Web Prototype at NPS 1997
_ 98 Separate IMAGE * Separate HTML Architecture of the WebDIS Prototype at the NPS - Overview
_ 99 Separate IMAGE * Separate HTML Details of the WebDIS Prototype at the NPS
_ 100 Separate IMAGE * Separate HTML The Next Big Web Technology Advance: Object Web and CORBA
_ 101 Separate IMAGE * Separate HTML CORBA Web Architecture
_ 102 Separate IMAGE * Separate HTML Aspects of Java ORB based Middleware
_ 103 Separate IMAGE * Separate HTML Integration of DIS with Object Web Based Computing
_ 104 Separate IMAGE * Separate HTML Aspects of Object Web based HPCC
_ 105 Separate IMAGE * Separate HTML Aspects of HPCORBA Architecture
_ 106 Separate IMAGE * Separate HTML Diagram of HPCORBA Architecture
Java as a Language for Computational Science including numeric kernels
_ 107 Separate IMAGE * Separate HTML Java as the Language for Computational Kernels!
_ 108 Separate IMAGE * Separate HTML Some Critical Features of Java as a Programming Language
_ 109 Separate IMAGE * Separate HTML Comparison of Java and Fortran 77/90
_ 110 Separate IMAGE * Separate HTML Java Links the Bottom and Top of Pyramid
Performance of Java
A 111 Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- I
A 112 Separate IMAGE * Separate HTML Performance of Java is Dreadful!
A 113 Separate IMAGE * Separate HTML LinPack Java Performance Updated to Sept 30 1996
_ 114 Separate IMAGE * Separate HTML LinPack Java Performance Updated to June 3 1997
A 115 Separate IMAGE * Separate HTML What Limits Performance of Compiled Java?
_ 116 Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- III
Approaches to Parallel Java
_ 117 Separate IMAGE * Separate HTML Classes of Simulations and their High Performance Needs
_ 118 Separate IMAGE * Separate HTML Some Critical Features of Java and Parallelism - II
_ 119 Separate IMAGE * Separate HTML Mechanisms for Data Parallelism in HPJava
Interpreted and Compiled Environments
- See HPF INterpreter Earlier
_ 121 Separate IMAGE * Separate HTML More on Interpreted Java Front Ends
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for uccjavascript97
Foilset Search
Full Index for Basic foilset JavaScript Tutorial for Certificate Course
Given by Geoffrey C. Fox, Tom Scavo at UC Web applications Certificate on Summer 97. Foils prepared 23 June 1997 * *
| Java versus JavaScript versus HTML issues |
| Some simple motivating JavaScript examples |
| Language features and syntax |
| JavaScript's object model Ñ methods and properties |
| Arrays (old and new) in JavaScript |
| Method arguments |
| with and other object-related syntax |
| Built-in objects: Array, Date, Math, Object, String |
| Navigator objects: window, document, location, etc. |
| Property arrays: frames, anchors, forms, images, etc. |
| Event handling including Function object |
| Cookies |
| User objects and Examples including using JavaScript for frames |
Table of Contents for JavaScript Tutorial for Certificate Course
A denotes presence of Additional linked informationA 1
UC Certificate ProgramSummer 1997
Web Technologies and Software Products
Module on JavaScript
A 2
Abstract of CPS616 JavaScript Presentation _ 3 Some Extra Info in Image * Some Extra Info in Dynamic Image *
General Remarks on JavaScript - I _ 4
General Remarks on JavaScript - II _ 5
Java / JavaScript Structure _ 6
Performance Issues _ 7
We need to know HTML! _ 8
JavaScript "Hello World" Example - I A 9
JavaScript "Hello World" Example - II A 10
JavaScript Form Example - I _ 11
JavaScript Form Example - II A 12
Dynamic HTML _ 13
LiveWire -- Netscape's Approach to CGI _ 14
<SCRIPT> Tag Attributes - I _ 15
<SCRIPT> Tag Attributes - II A 16
JavaScript URLs A 17
Embedded Variables _ 18
JavaScript versus Java - I _ 19
JavaScript versus Java - II A 20 Some Extra Info in Image * Some Extra Info in Dynamic Image *
JavaScript Values, Names, etc. A 21 Some Extra Info in Image * Some Extra Info in Dynamic Image *
JavaScript Expressions - I A 22 Some Extra Info in Image * Some Extra Info in Dynamic Image *
JavaScript Expressions - II A 23 Some Extra Info in Image * Some Extra Info in Dynamic Image *
JavaScript Control Structures A 24
JavaScript Object Model - I A 25
JavaScript Object Model - II A 26 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Example of a JavaScript Function _ 27 Some Extra Info in Image * Some Extra Info in Dynamic Image *
User-defined Objects - I _ 28
User-defined Objects - II _ 29 Some Extra Info in Image * Some Extra Info in Dynamic Image *
The with Statement _ 30 Some Extra Info in Image * Some Extra Info in Dynamic Image *
The for-loop Revisited A 31 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Arrays in JavaScript - I A 32 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Arrays in JavaScript - II A 33 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Arrays in JavaScript - III _ 34 Some Extra Info in Image * Some Extra Info in Dynamic Image *
The arguments Array _ 35 Some Extra Info in Image * Some Extra Info in Dynamic Image *
The Keyword this _ 36 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Numeric Parsing Functions A 37 Some Extra Info in Image * Some Extra Info in Dynamic Image *
The eval Function _ 38
JavaScript Objects A 39 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Math and Number Objects _ 40 Some Extra Info in Image * Some Extra Info in Dynamic Image *
JavaScript String Objects - I A 41 Some Extra Info in Image * Some Extra Info in Dynamic Image *
JavaScript String Methods - I _ 42 Some Extra Info in Image * Some Extra Info in Dynamic Image *
JavaScript String Objects - II _ 43 Some Extra Info in Image * Some Extra Info in Dynamic Image *
JavaScript String Methods - II A 44 Some Extra Info in Image * Some Extra Info in Dynamic Image *
JavaScript Date Objects _ 45
The Object/Property Hierarchy _ 46
The Confused Window Labelling Scheme _ 47
The Window Hierarchy Pictorially _ 48 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Creating New Windows _ 49
Role of Frames in JavaScript A 50
Basic Frame Example _ 51
Basic Frame Rules _ 52 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Use of Dummy Frames in JavaScript _ 53 Some Extra Info in Image * Some Extra Info in Dynamic Image *
General Syntax of <FRAMESET> Tag _ 54 Some Extra Info in Image * Some Extra Info in Dynamic Image *
General Syntax of <FRAME> tag A 55
Event Handlers in JavaScript - I _ 56
Event Handlers in JavaScript - II _ 57 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Event Handlers in JavaScript - III _ 58 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Event Handlers in JavaScript - IV _ 59 Some Extra Info in Image * Some Extra Info in Dynamic Image *
The Function Object and Event Handlers _ 60
JavaScript Form Example _ 61 Some Extra Info in Image * Some Extra Info in Dynamic Image *
JavaScript Link Example _ 62
Structure of Index-Mainframe Example A 63 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Timeout methods _ 64 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Timeout Example - I _ 65 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Timeout Example - II _ 66 Some Extra Info in Image * Some Extra Info in Dynamic Image *
More on Document Objects -- Image _ 67 Some Extra Info in Image * Some Extra Info in Dynamic Image *
The Asynchronous JavaScript/Browser _ 68
prototype Property _ 69
Cookies and "Hidden" Fields A 70 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Cookies Files on the Client _ 71 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Specification of a Cookie - I _ 72 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Specification of a Cookie - II _ 73 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Use of Cookies in Server Program _ 74 Some Extra Info in Image * Some Extra Info in Dynamic Image *
Use of Cookies in Client Program A 75
TAINTING! Security in JavaScript _ 76
LiveConnect Java to JavaScript - I _ 77
LiveConnect Java to JavaScript - II _ 78
Dynamic Forms in JavaScript - I _ 79
Dynamic Forms in JavaScript - II _ 80
Dynamic Forms in JavaScript - III _ 81
Dynamic Forms in JavaScript - IV Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616-97feb10
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HELP! * YELLOW=global GREY=local Full Index for GLOBAL foilset Feb 10 Delivered Lecture for Course CPS616 -- Introduction to JavaScript
Given by Geoffrey Fox at CPS616 spring 1997 on Feb 10 1997. Foils prepared 20 February 97More Detail! * Foil Index from this file *
Secs 48.9
See also color IMAGE
| Discussion of 2 Examples -- Hello World and WebWisdom |
| General Overview of JavaScript and comparison with Java |
| Importance of Client Side Interpretation of Forms |
| Is JavaScript a Standard? |
| Interpreters versus Compilers |
| Comments on Performance |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Feb 10 Delivered Lecture for Course CPS616 -- Introduction to JavaScript
Title and Abstract of FakeFoilset
JavaScript Tutorial for CPS616 Technologies of the Information Age 1997
Table of Contents for Feb 10 Delivered Lecture for Course CPS616 -- Introduction to JavaScript
JavaScript Introduction
- This followed a Discussion of Java Examples by Nancy McCracken
- Delivered by Geoffrey Fox on February 10
with Audio February 10 97
What is JavaScript!
See:
http://www.npac.syr.edu/users/gcf/cps616-97feb10
2 Separate IMAGE * Separate HTML Abstract of CPS616-97 Lecture of February 10
3 Original Foreign Pointer Web Wisdom Dissemination System (This is Help Page)
4 Original Foreign Pointer Hello World JavaScript Example
5 Separate IMAGE * Separate HTML Abstract of CPS616 JavaScript Presentatation
6 Separate IMAGE * Separate HTML General Remarks on JavaScript - I
7 Separate IMAGE * Separate HTML General Remarks on JavaScript - II
8 Separate IMAGE * Separate HTML Java / Interpreter Structure
9 Separate IMAGE * Separate HTML Some Performance Comments
10 Separate IMAGE * Separate HTML We need to know HTML!
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616-97feb12
Basic Foilset Search
HELP! * YELLOW=global GREY=local Full Index for GLOBAL foilset Feb 12 Delivered Lecture for Course CPS616 -- Basic JavaScript Functionalities and Examples
Given by Geoffrey Fox at CPS616 spring 1997 on Feb 12 1997. Foils prepared 21 February 97More Detail! * Foil Index from this file *
Secs 82
See also color IMAGE
| This discusses in detail use of JavaScript in forms (including event handler examples) and paramterized HTML |
| Then it covers LiveWire, JavaScript URLs, JavaScript entities |
| The formal structure of <SCRIPT> tag |
| Comparison of Java and JavaScript |
| Start of Language Discussion |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Feb 12 Delivered Lecture for Course CPS616 -- Basic JavaScript Functionalities and Examples
JavaScript Tutorial for CPS616 Technologies of the Information Age 1997
Title and Abstract of FakeFoilset
Table of Contents for Feb 12 Delivered Lecture for Course CPS616 -- Basic JavaScript Functionalities and Examples
JavaScript Functionalities and Exemplars
- Delivered by Geoffrey Fox on February 12
with Audio February 12 97
Basic JavaScript Functionalities and Examples
See:
http://www.npac.syr.edu/users/gcf/cps616-97feb12
2 Separate IMAGE * Separate HTML Abstract of CPS616-97 Lecture of February 12
Basic JavaScript Capabilities
3 Separate IMAGE * Separate HTML Hello World Example of JavaScript- I
4 Separate IMAGE * Separate HTML Hello World Example of JavaScript- II
5 Original Foreign Pointer Text attributes
6 Original Foreign Pointer Background color(the only HTML color that may be changed on-the-fly is the background color)
7 Original Foreign Pointer Stanford Background Color Selector
Simple JavaScript Form
8 Separate IMAGE * Separate HTML Example of Clicking on a Form - I
9 Separate IMAGE * Separate HTML Example of Clicking on a Form - II
10 Separate IMAGE * Separate HTML Example of Clicking on a Form - I
11 Original Foreign Pointer alertmethod (this method is useful for debugging)
12 Original Foreign Pointer onunload event handler
Parameterized HTML
13 Separate IMAGE * Separate HTML Example of Parameterized HTML
14 Original Foreign Pointer Embedding Images in the Document
15 Separate IMAGE * Separate HTML Example of Parameterized HTML
Diversion on LiveWire and SCRIPT tag
16 Separate IMAGE * Separate HTML LiveWire -- Netscape's Approach to CGI
17 Separate IMAGE * Separate HTML Refinements in the <SCRIPT> Tag - I
18 Separate IMAGE * Separate HTML Refinements in the <SCRIPT> Tag - II
JavaScript URL's
19 Separate IMAGE * Separate HTML JavaScript URL's
20 Original Foreign Pointer Interpreted JavaScript
21 Separate IMAGE * Separate HTML JavaScript URL's
JavaScript Entities
22 Separate IMAGE * Separate HTML JavaScript Entities in HTML
23 Original Foreign Pointer JavaScript Entity
Java versus JavaScript
24 Separate IMAGE * Separate HTML JavaScript Compared to Java - I
25 Separate IMAGE * Separate HTML JavaScript Compared to Java - II
Start of Formal JavaScript Language
26 Separate IMAGE * Separate HTML The JavaScript Language -- Values, Names Etc.
27 Original Foreign Pointer simple addition
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616-97feb17
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HELP! * YELLOW=global GREY=local Full Index for GLOBAL foilset Feb 17/19 Delivered Lecture for Course CPS616 -- aJavaScript Language Objects and Frames
Given by Geoffrey Fox at CPS616 spring 1997 on Feb 17 and 19 1997. Foils prepared 21 February 97More Detail! * Foil Index from this file *
Secs 76.3
See also color IMAGE
| Basic Language variables and Statements |
| Objects, functions and constructors |
| New and Old Array syntax |
| Built in Objects and Methods including parseInt, parseFloat, eval, Date, String, Math, Function and Number |
| Frames in HTML and JavaScript |
| Event Handlers |
| setTimeout / clearTimeout |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Feb 17/19 Delivered Lecture for Course CPS616 -- aJavaScript Language Objects and Frames
JavaScript Tutorial for CPS616 Technologies of the Information Age 1997
Title and Abstract of FakeFoilset
Table of Contents for Feb 17/19 Delivered Lecture for Course CPS616 -- aJavaScript Language Objects and Frames
JavaScript Language Objects and Frames
- Delivered by Geoffrey Fox on February 17 and 19
- Note February 19 audio largely destroyed by Power Outage!
- And replaced by "studio version"
with Audio February 17 and 19 97
Language Objects and Frames
See:
http://www.npac.syr.edu/users/gcf/cps616-97feb17
2 Separate IMAGE * Separate HTML Abstract of CPS616-97 Lectures of February 17 and 19
JavaScript Language
3 Separate IMAGE * Separate HTML The JavaScript Language -- Values, Names Etc.
4 Original Foreign Pointer Type Conversion--Subtracting Strings and Numerics
5 Separate IMAGE * Separate HTML The JavaScript Language -- Expressions - I
6 Separate IMAGE * Separate HTML The JavaScript Language -- Expressions - II
7 Original Foreign Pointer String Operators: the Concatenation Operator
8 Separate IMAGE * Separate HTML The JavaScript Language -- Conditionals
JavaScript Object Model
9 Separate IMAGE * Separate HTML JavaScript Object Model -- I
10 Original Foreign Pointer Object Hierarchy in JavaScript
11 Separate IMAGE * Separate HTML JavaScript Object Model -- II
12 Separate IMAGE * Separate HTML Example of a JavaScript Function
13 Original Foreign Pointer Recursion Example
14 Separate IMAGE * Separate HTML Creation of JavaScript Objects
15 Separate IMAGE * Separate HTML User Defined Objects Continued
16 Separate IMAGE * Separate HTML The JavaScript with Statement for objects
17 Separate IMAGE * Separate HTML The for ... in JavaScript syntax
JavaScript Arrays
18 Separate IMAGE * Separate HTML The New Way of Defining Arrays
19 Separate IMAGE * Separate HTML The old MakeArray Function and Arrays of Object
20 Separate IMAGE * Separate HTML More on Arrays -- Properties and Multidimensions
21 Original Foreign Pointer Arrays Example
22 Separate IMAGE * Separate HTML The arguments Array in JavaScript
The this property
23 Separate IMAGE * Separate HTML The this keyword in JavaScript
Built in JavaScript Objects and Methods
24 Separate IMAGE * Separate HTML The parseInt parseFloat System functions
25 Separate IMAGE * Separate HTML The eval JavaScript Function
26 Separate IMAGE * Separate HTML Built-In JavaScript and LiveWire Objects
Here we Start Feb19 Lecture
27 Separate IMAGE * Separate HTML Built-In JavaScript and LiveWire Objects
The Math Object in JavaScript
28 Separate IMAGE * Separate HTML The Math and Number Objects in JavaScript
29 Original Foreign Pointer Math properties(an exhaustive list)
30 Original Foreign Pointer Math computation(a simple example of reading/writing form data
31 Original Foreign Pointer Math methods (an incomplete list)
String Object in JavaScript
32 Separate IMAGE * Separate HTML The String Object in JavaScript - I
33 Separate IMAGE * Separate HTML Explanation of String methods - I
34 Original Foreign Pointer Text attributes
35 Original Foreign Pointer Text size(an exhaustive list)
36 Original Foreign Pointer Strings (the JavaScript 'substring' method is wierd)
37 Separate IMAGE * Separate HTML The String Object in JavaScript - II
38 Separate IMAGE * Separate HTML Explanation of String methods - II
Date Object in JavaScript
39 Separate IMAGE * Separate HTML The Date Object in JavaScript
40 Original Foreign Pointer Creating Date Object Instances
41 Original Foreign Pointer Using Date Object Methods
Navigator window Document Objects
42 Separate IMAGE * Separate HTML The Structure of the Navigator Object/Property Hierarchy
43 Separate IMAGE * Separate HTML The Confused Window Labelling Scheme
44 Separate IMAGE * Separate HTML The Window Hierarchy Pictorially
45 Separate IMAGE * Separate HTML Creating New Windows
Frames in HTML/JavaScript
46 Separate IMAGE * Separate HTML Role of Frames in JavaScript
47 Separate IMAGE * Separate HTML Frame Basics in Netscape HTML -- Example
48 Original Foreign Pointer Frames (writing) (a typical use of frames and JavaScript involving a control frame and a content frame)
49 Separate IMAGE * Separate HTML Frame Basics in Netscape HTML -- Rules
50 Separate IMAGE * Separate HTML Use of Dummy Frames in JavaScript
51 Separate IMAGE * Separate HTML General Syntax of <Frameset> </Frameset>
52 Separate IMAGE * Separate HTML General Syntax of <Frame> tag
Event Handlers
53 Separate IMAGE * Separate HTML Event Handlers in JavaScript - I
54 Original Foreign Pointer onMouseOver method (better examples are needed)
55 Original Foreign Pointer onunload event handler
56 Separate IMAGE * Separate HTML Event Handlers in JavaScript - II
57 Separate IMAGE * Separate HTML Event Handlers in JavaScript - III
58 Separate IMAGE * Separate HTML Event Handlers in JavaScript - IV
Function Object
59 Separate IMAGE * Separate HTML The Function Object and Event Handlers
Take a rest with an Example
60 Separate IMAGE * Separate HTML JavaScript Form Example
61 Separate IMAGE * Separate HTML JavaScript Link Example
62 Separate IMAGE * Separate HTML Structure of Index -- mainframe Case
setTimeout/clearTimeout
63 Separate IMAGE * Separate HTML setTimeout and clearTimeout
64 Original Foreign Pointer setTimeout method
65 Original Foreign Pointer Scrolling text using setTimeout
66 Original Foreign Pointer Slide Show with Colors
67 Separate IMAGE * Separate HTML setTimeOut Example -- Display Current Time - I
68 Separate IMAGE * Separate HTML setTimeOut Example -- Display Current Time - II
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616-97feb3
Basic Foilset Search
HELP! * YELLOW=global GREY=local Full Index for GLOBAL foilset Feb 3 Delivered Lecture for Course CPS616 -- Java Lecture 4 -- AWT Through I/O
Given by Nancy McCracken at CPS616 spring 1997 on Feb 3 1997. Foils prepared 4 February 97More Detail! * Foil Index from this file *
Secs 79.2
See also color IMAGE
| AWT Components , Actions and Layout Managers |
| Skip over Thread Details |
| Important Java Classes including Object class |
| I/O and File Operations |
| Security Concerns in Applets |
| URL's and Networking |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Feb 3 Delivered Lecture for Course CPS616 -- Java Lecture 4 -- AWT Through I/O
Java Tutorial - Fall 1996 Part 3:Graphics and the Abstract Windowing Toolkit
Java Tutorial - Fall 1996 Part 4: Multithreading, useful Java classes, I/O, Networking, and the future
Table of Contents for Feb 3 Delivered Lecture for Course CPS616 -- Java Lecture 4 -- AWT Through I/O
Fourth Java Lecture of CPS 616 Spring 1997
1 Separate IMAGE * Separate HTML CPS 616 Java Lectures
with Audio February 3 97
AWT Through I/O
See:
http://www.npac.syr.edu/users/gcf/cps616-97feb3
2 Separate IMAGE * Separate HTML Abstract of CPS616-97 Lecture of February 3
Basic AWT Components
3 Separate IMAGE * Separate HTML Abstract Windowing Toolkit (AWT): Components such as buttons, textfields, etc.
4 Separate IMAGE * Separate HTML Structure of the java.awt GUI Components - I
5 Separate IMAGE * Separate HTML Structure of the java.awt GUI Components - II
6 Separate IMAGE * Separate HTML Picture of the AWT Component Class and its inheritance
7 Separate IMAGE * Separate HTML Some Simple AWT Components -- label,button
8 Separate IMAGE * Separate HTML AWT Components -- Checkbox
9 Separate IMAGE * Separate HTML AWT Components -- Radio Buttons , CheckboxGroup
10 Separate IMAGE * Separate HTML Some Further AWT Components -- typical subunits of panels
11 Separate IMAGE * Separate HTML AWT Components -- Text Fields & Areas
12 Separate IMAGE * Separate HTML Some Further AWT Components -- Canvas, Window - I
13 Separate IMAGE * Separate HTML Some Further AWT Components -- Canvas, Window - II
Actions in AWT
14 Separate IMAGE * Separate HTML Actions associated with Components in AWT - I
15 Separate IMAGE * Separate HTML Actions associated with Components in AWT - II
16 Separate IMAGE * Separate HTML A more general way to handle events
17 Separate IMAGE * Separate HTML Actions associated with Components in AWT - II
Layouts and Their Managers in AWT
18 Separate IMAGE * Separate HTML Layout of Components in a Panel
19 Separate IMAGE * Separate HTML Description and Example of BorderLayout
20 Separate IMAGE * Separate HTML Brief Description of Four Other LayoutManager's
21 Separate IMAGE * Separate HTML FlowLayouts in detail
22 Separate IMAGE * Separate HTML Hierarchical use of LayoutManagers
23 Separate IMAGE * Separate HTML AWT - Grid Layout with Two Components
24 Separate IMAGE * Separate HTML AWT - Adding Components to a Layout
25 Separate IMAGE * Separate HTML AWT - Canvas Component
26 Separate IMAGE * Separate HTML AWT - Panel Component with Buttons
27 Separate IMAGE * Separate HTML AWT - Handling Actions from Components
Now to next Part of Tutorial and Skip over Threads
28 Separate IMAGE * Separate HTML Java Tutorial - Fall 1996
Part 4: Multithreading, useful Java classes, I/O, Networking, and the future
http://www.npac.syr.edu/projects/tutorials/Java/
29 Separate IMAGE * Separate HTML Threads are part of the Java Language!
Basic Java Classes
30 Separate IMAGE * Separate HTML Useful Basic Java Classes
31 Separate IMAGE * Separate HTML The Overarching Object Class
32 Separate IMAGE * Separate HTML Determining and Testing Class of Object
33 Separate IMAGE * Separate HTML java.lang.Object Wrappers
34 Separate IMAGE * Separate HTML The java.lang.Math class
35 Separate IMAGE * Separate HTML The Date class
36 Separate IMAGE * Separate HTML The String class
37 Separate IMAGE * Separate HTML More on Strings, and the StringBuffer class
38 Separate IMAGE * Separate HTML ReverseString Class
39 Separate IMAGE * Separate HTML The Vector class
40 Separate IMAGE * Separate HTML Methods for Vectors
41 Separate IMAGE * Separate HTML The Hashtable class
I/O and Files
42 Separate IMAGE * Separate HTML I/O and the Stream Zoo
43 Separate IMAGE * Separate HTML I/O Streams
44 Separate IMAGE * Separate HTML The Input Stream Zoo
45 Separate IMAGE * Separate HTML FilterInputStreams
46 Separate IMAGE * Separate HTML Networking and Web Access
47 Separate IMAGE * Separate HTML Networking and Web Access in Java
Security
48 Separate IMAGE * Separate HTML Security Concerns for Applets
49 Separate IMAGE * Separate HTML Table for Java file and network access
URL's and Networking
50 Separate IMAGE * Separate HTML Accessing URL's in Java -- URL, showDocument
51 Separate IMAGE * Separate HTML Accessing URL's in Java -- URLConnection
52 Separate IMAGE * Separate HTML I/O: Reading a File known by URL
53 Separate IMAGE * Separate HTML I/O: Setting up the URL, Layout and Thread
54 Separate IMAGE * Separate HTML I/O: Reading the Text File
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616-97feb5
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HELP! * YELLOW=global GREY=local Full Index for GLOBAL foilset Feb 5 Delivered Lecture for Course CPS616 -- Java as a Computional Science and Engineering Programming Language
Given by Geoffrey Fox at CPS616 spring 1997 on Feb 5 1997. Foils prepared 6 February 97More Detail! * Foil Index from this file *
Secs 84.9
See also color IMAGE
| We review role of Java as a language for computational science and engineering |
We divide use of Java into three areas:
|
| We illustrate concepts with examples |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Feb 5 Delivered Lecture for Course CPS616 -- Java as a Computional Science and Engineering Programming Language
Title and Abstract of FakeFoilset
Master Presentation on Java for Simulation and Education
Miscellaneous Presentation Material used in 1996
Master Set of Presentations on Java for Computational Science
Set of Add-On Foils for Research Presentations
Collection of GIF Images for General NPAC Projects April96-
HyperWorld -- Collaboration and Computation: Design and Prototype Components
Collection of GIF Images for General NPAC Projects January 97-
Table of Contents for Feb 5 Delivered Lecture for Course CPS616 -- Java as a Computional Science and Engineering Programming Language
Java for Computational Science and Engineering
- Please see resource (third foil) The Java for Computational Science and Engineering Resource with mailing list and other documents
- Delivered by Geoffrey Fox on February 5
with Audio February 5 97
Overview of Java as a Scientific Programming Language
See:
http://www.npac.syr.edu/users/gcf/cps616-97feb5
2 Separate IMAGE * Separate HTML Abstract of CPS616-97 Lecture of February 5
3 Original Foreign Pointer Java for Computational Science and Engineering Web Resource at NPAC (Has Plenty of Internal Pointers to Other URLs)
4 Separate IMAGE * Separate HTML The Computing Pyramid
5 Original Foreign Pointer Exaop computing on the Web in 2007 (Pyramid/Web Compute Power)
6 Separate IMAGE * Separate HTML Implications of the Computing Pyramid
7 Separate IMAGE * Separate HTML Synergy of InterNet and IntraNets
8 Separate IMAGE * Separate HTML Some Critical Features of Java as a Programming Language
9 Separate IMAGE * Separate HTML There are (at least) 3 Major Roles for JAVA in Computation
10 Separate IMAGE * Separate HTML The 3 Roles of Java
WebWindows
11 Separate IMAGE * Separate HTML Open Universal WebWindows --
A Revolution in the Software Industry!
12 Separate IMAGE * Separate HTML The WebWindows Operating System
Java as a GUI
13 Separate IMAGE * Separate HTML NCSA Biology Workbench
14 Original Foreign Pointer NCSA Biology Workbench
15 Separate IMAGE * Separate HTML Kivanc Dincer's Java FrontEnd to Pablo - I
16 Original Foreign Pointer Pablo Java Interface
17 Separate IMAGE * Separate HTML Screens Opened for Java Interface to Distributed Computing Environment
Java for MetaComputing
18 Separate IMAGE * Separate HTML Java for Coarse Grain Distributed Computing and Software Integration
19 Original Foreign Pointer 41:WebFlow/WebVM Overview
20 Separate IMAGE * Separate HTML Article on MIP Sucking Java Applets
21 Original Foreign Pointer Mip Sucking Article -- Press Archive and week of January 6 Tuesday
22 Separate IMAGE * Separate HTML Article on MIP Sucking Java Applets
Java for Computational Kernels
23 Separate IMAGE * Separate HTML Java as the Language for Computational Kernels!
24 Separate IMAGE * Separate HTML Comparison of Java and Fortran 77/90
25 Separate IMAGE * Separate HTML Classes of Simulations and their High Performance Needs
26 Separate IMAGE * Separate HTML Some Critical Features of Java and Parallelism - II
27 Separate IMAGE * Separate HTML Network of Web Servers and Clients
28 Separate IMAGE * Separate HTML Select Active Processors in HPJava Demo
Performance of Compiled Java
29 Separate IMAGE * Separate HTML Java Links the Bottom and Top of Pyramid
30 Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- I
Performance of Compiled Java in Detail
31 Separate IMAGE * Separate HTML Performance of Java is Dreadful!
32 Original Foreign Pointer Java LINPACK Benchmark Page
33 Separate IMAGE * Separate HTML LinPack Java Performance Updated to Sept 30 1996
34 Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- III
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616-97jan15
Basic Foilset Search
HELP! * YELLOW=global GREY=local Full Index for GLOBAL foilset Jan 15 Delivered Lecture for Course CPS616 Information Track and Web Technology Overview
Given by Geoffrey C. Fox at CPS616 spring 1997 on Jan 15 1997. Foils prepared Jan 20 97More Detail! * Foil Index from this file *
Secs 61.9
See also color IMAGE
| This Foilset contains introductory material on CPS616 course for spring 1997 |
| Course Logistics |
| Overview of Field and Material covered and relation to other courses |
| Summary of Relevant Technologies |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Jan 15 Delivered Lecture for Course CPS616 Information Track and Web Technology Overview
Title and Abstract of FakeFoilset
Table of Contents for Jan 15 Delivered Lecture for Course CPS616 Information Track and Web Technology Overview
First Lecture of CPS 616 Spring 1997
- The Overall Picture
Computational Science Track on base technologies for the Information Age:
Overview of Course and Associated Curricula
See:
http://www.npac.syr.edu/users/gcf/cps616master97
2 Separate IMAGE * Separate HTML Abstract of CPS616-97 Administrative Set
3 Separate IMAGE * Separate HTML Overview of CPS Web/Information Technology Courses
4 Separate IMAGE * Separate HTML Course Details -- People and Grading!
What you Can / Need to Learn
5 Separate IMAGE * Separate HTML Some Course Prerequisites
6 Separate IMAGE * Separate HTML Components of a Web system Pictorially
7 Separate IMAGE * Separate HTML Where to learn What you Want!
Review of Technologies with Examples
8 Separate IMAGE * Separate HTML Basic (CPS606) Structure of World Wide Web
9 Separate IMAGE * Separate HTML The Current Web Client Server Model
10 Separate IMAGE * Separate HTML Architecture of Web Software
11 Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell -- Java
12 Original Foreign Pointer Visible Human Applet (User Interface)
13 Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell - JavaScript
14 Original Foreign Pointer Meryem JavaScript Selection Page (For WebWisdom)
15 Separate IMAGE * Separate HTML Some Web Technologies in a Nutshell - PERL
16 Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell - Database
17 Original Foreign Pointer Database Examples (Prepared for SC96)
18 Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell - VRML
19 Original Foreign Pointer VRML GIS Examples (Prepared for SC96)
20 Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell - MultiMedia
21 Original Foreign Pointer Digital Video Examples (Prepared for SC96)
22 Separate IMAGE * Separate HTML Some Further Topics of Importance
23 Original Foreign Pointer Collaboration TANGO System (Prepared for SC96)
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616-97jan22
Basic Foilset Search
HELP! * YELLOW=global GREY=local Full Index for GLOBAL foilset Jan 22 Delivered Lecture for Course CPS616 -- Java Lecture 1 -- Overview
Given by Nancy McCracken at CPS616 spring 1997 on Jan 22 1997. Foils prepared 1 February 97More Detail! * Foil Index from this file *
Secs 40.3
See also color IMAGE
| What is Java! |
| Good Books |
| Java Compared to JavaScript |
| Language Characteristics (Why its Great) |
| Basic Applets and Graphics Classes |
| Language Syntax |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Jan 22 Delivered Lecture for Course CPS616 -- Java Lecture 1 -- Overview
Java Tutorial - Fall 1996 Part 1:Introduction to Java Language
Java Tutorial - Fall 1996 Part II: Java Language and Object-Oriented Concepts
Table of Contents for Jan 22 Delivered Lecture for Course CPS616 -- Java Lecture 1 -- Overview
First Java Lecture of CPS 616 Spring 1997
- Delivered by Nancy McCracken as Geoffrey Fox out of Town
- Note Java is covered in less detail than in CPS606
with Audio January 22 97
Introduction and Base Applets
See:
http://www.npac.syr.edu/users/gcf/cps616-97jan22
2 Separate IMAGE * Separate HTML Abstract of CPS616-97 Lecture of January 22
What is Java and HotJava
3 Separate IMAGE * Separate HTML Java Tutorial - Fall 1996
Part 1: Introduction to Java Language
and Applets
http://www.npac.syr.edu/users/gcf/javafall96/
http://www.npac.syr.edu/projects/tutorials/Java/
4 Separate IMAGE * Separate HTML What are Java and HotJava in a NutShell?
5 Separate IMAGE * Separate HTML HotJava's Future 1996- ?
6 Separate IMAGE * Separate HTML Overview -- Java and the World Wide Web
7 Separate IMAGE * Separate HTML Overview -- What are Java applets in detail?
8 Separate IMAGE * Separate HTML Running a Java Applet
History of Java
9 Separate IMAGE * Separate HTML History of Java Language and Team
10 Separate IMAGE * Separate HTML History of Java Language and Team (contd)
The First Real Java JDK 1.0
11 Separate IMAGE * Separate HTML JDK 1.0 -- The Real Java Development Kit!
Some Books on Java and Their Characteristics
12 Separate IMAGE * Separate HTML Java Beta Books -- I
13 Separate IMAGE * Separate HTML Java Beta Books -- II
14 Separate IMAGE * Separate HTML Java Beta Books -- III
Very Brief Contrast of Java and JavaScript
15 Separate IMAGE * Separate HTML Comparison of Java and JavaScript -- I
Overall Java Philosopy and Characteristics
16 Separate IMAGE * Separate HTML Some Key Java Features
17 Separate IMAGE * Separate HTML Java Features -- It's Simple and Familiar!
18 Separate IMAGE * Separate HTML Java Features -- It's Object-oriented
19 Separate IMAGE * Separate HTML Java Features -- It's Architecture-Neutral
20 Separate IMAGE * Separate HTML Java Features -- It's Portable
21 Separate IMAGE * Separate HTML Java Features -- It's Somewhat Interpreted
22 Separate IMAGE * Separate HTML Java Features -- It's Distributed
23 Separate IMAGE * Separate HTML Java Features -- It's Robust
24 Separate IMAGE * Separate HTML Java Features -- It's (Hopefully) Secure
25 Separate IMAGE * Separate HTML Java Features -- High Performance
26 Separate IMAGE * Separate HTML Java Features -- It's Multithreaded
27 Separate IMAGE * Separate HTML Java Features -- It's Dynamic
The Java Language and Some Resources
28 Separate IMAGE * Separate HTML Java Tutorial - Fall 1996
Part II: Java Language and
Object-Oriented Concepts
http://www.npac.syr.edu/users/gcf/javafall96/
http://www.npac.syr.edu/projects/tutorials/Java/
29 Separate IMAGE * Separate HTML Resources for the Java Programming Language
Java Applets Applications and HTML Invocation
30 Separate IMAGE * Separate HTML Applications
Applets and their use from HTML
Java Applications
31 Separate IMAGE * Separate HTML The Simplest Java Application: Hello, World!
32 Separate IMAGE * Separate HTML Java Applets
33 Separate IMAGE * Separate HTML Applet Tag: Calling Applets from HTML - I
34 Separate IMAGE * Separate HTML Applet Tag: Calling Applets from HTML - II
35 Separate IMAGE * Separate HTML <param> Tags and Applets
36 Separate IMAGE * Separate HTML The Simplest Java Applet: Hello, World!
37 Separate IMAGE * Separate HTML Displaying your applet from a Web page.
Structure of the Java Language
38 Separate IMAGE * Separate HTML Java Language -- Lexical Issues I
39 Separate IMAGE * Separate HTML Java Language -- Program Structure
40 Separate IMAGE * Separate HTML Java Language -- Variable/Expression Types
41 Separate IMAGE * Separate HTML Java Language -- Types: Array
42 Separate IMAGE * Separate HTML Java Language -- More on Arrays
43 Separate IMAGE * Separate HTML Java Language -- Expressions
44 Separate IMAGE * Separate HTML Java Language -- Control Flow I
45 Separate IMAGE * Separate HTML Java Language -- Control Flow II -- continue
Illustration of Applets using basic Graphics Capabilities in Java
46 Separate IMAGE * Separate HTML The Graphics class
47 Separate IMAGE * Separate HTML Using Graphics properties
48 Separate IMAGE * Separate HTML Drawing simple shapes
49 Separate IMAGE * Separate HTML Passing parameters to an applet: the HTML
50 Separate IMAGE * Separate HTML Passing parameters to an applet: the applet
51 Separate IMAGE * Separate HTML Centering a string in the applet window.
52 Separate IMAGE * Separate HTML Applet Flow of Control
53 Separate IMAGE * Separate HTML Random color boxes example
54 Separate IMAGE * Separate HTML Arrays of random colors
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616-97jan27
Basic Foilset Search
HELP! * YELLOW=global GREY=local Full Index for GLOBAL foilset Jan 27 Delivered Lecture for Course CPS616 -- Java Lecture 2 -- Basic Applets and Objects
Given by Nancy McCracken at CPS616 spring 1997 on Jan 27 1997. Foils prepared 1 February 97More Detail! * Foil Index from this file *
Secs 41.7
See also color IMAGE
| Basic Object Structure of Java with general words for those unfamiliar with concept |
| Classes and Methods |
| Interfaces done briefly |
| Packages |
| Exceptions done quickly |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Jan 27 Delivered Lecture for Course CPS616 -- Java Lecture 2 -- Basic Applets and Objects
Java Tutorial - Fall 1996 Part II: Java Language and Object-Oriented Concepts
Table of Contents for Jan 27 Delivered Lecture for Course CPS616 -- Java Lecture 2 -- Basic Applets and Objects
Second Java Lecture of CPS 616 Spring 1997
- Delivered by Nancy McCracken as Geoffrey Fox out of Town
- Note Java is covered in less detail than in CPS606
with Audio January 27 97
Objects -- Methods Interfaces etc.
See:
http://www.npac.syr.edu/users/gcf/cps616-97jan27
2 Separate IMAGE * Separate HTML Abstract of CPS616-97 Lecture of January 27
Basic Object Oriented Structure in Java Language, Classes, Methods
3 Separate IMAGE * Separate HTML The Java Object Model Overview
4 Separate IMAGE * Separate HTML API of a Class
5 Separate IMAGE * Separate HTML Using a Class
6 Separate IMAGE * Separate HTML A Computational Class
7 Separate IMAGE * Separate HTML Class Definitions
8 Separate IMAGE * Separate HTML Constructors of Objects
9 Separate IMAGE * Separate HTML Java Language -- Types of Classes - I
10 Separate IMAGE * Separate HTML Java Language -- Types of Classes - II
11 Separate IMAGE * Separate HTML Java Language -- Types of Methods
12 Separate IMAGE * Separate HTML Relationships between Classes
13 Separate IMAGE * Separate HTML Use of Methods Defined in Parent
14 Separate IMAGE * Separate HTML Use of Methods Defined in Parent but overridden in child class
15 Separate IMAGE * Separate HTML Comments on Casting
16 Separate IMAGE * Separate HTML Array - A Pseudo Class!
17 Separate IMAGE * Separate HTML By value and By reference
18 Separate IMAGE * Separate HTML Basic Class Operations
The Class Hierarchy of this example
19 Separate IMAGE * Separate HTML Object-Oriented Programming in JAVA - defining a class
20 Separate IMAGE * Separate HTML More methods in the class definition
21 Separate IMAGE * Separate HTML Defining a child class
22 Separate IMAGE * Separate HTML Using parent and child classes
23 Separate IMAGE * Separate HTML Parent and child example, continued
24 Separate IMAGE * Separate HTML Overloading Constructors
25 Separate IMAGE * Separate HTML More child classes
Short Discussion of Interfaces
26 Separate IMAGE * Separate HTML Java Language -- Interfaces - Overview
Packages
27 Separate IMAGE * Separate HTML Overview of Packages and Directory Structure
28 Separate IMAGE * Separate HTML Using Java packages
29 Separate IMAGE * Separate HTML Java System Packages
Exceptions
30 Separate IMAGE * Separate HTML Basic Structure of Exception Handling in Nested Calls
31 Separate IMAGE * Separate HTML Examples of Exception Hierarchy
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616-97jan29
Basic Foilset Search
HELP! * YELLOW=global GREY=local Full Index for GLOBAL foilset Jan 29 Delivered Lecture for Course CPS616 -- Java Lecture 3 -- Exceptions Through Events
Given by Nancy McCracken at CPS616 spring 1997 on Jan 29 1997. Foils prepared 1 February 97More Detail! * Foil Index from this file *
Secs 44.6
See also color IMAGE
| Exceptions in some detail |
| Brief Introduction to Threads (as used in graphics) |
Graphics including Image Drawing and Downloading
|
Abstract Window Toolkit (Started)
|
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Jan 29 Delivered Lecture for Course CPS616 -- Java Lecture 3 -- Exceptions Through Events
Java Tutorial - Fall 1996 Part II: Java Language and Object-Oriented Concepts
Java Tutorial - Fall 1996 Part 3:Graphics and the Abstract Windowing Toolkit
Table of Contents for Jan 29 Delivered Lecture for Course CPS616 -- Java Lecture 3 -- Exceptions Through Events
Third Java Lecture of CPS 616 Spring 1997
- Delivered by Nancy McCracken on January 29 as Geoffrey Fox out of Town
- Note Java is covered in less detail than in CPS606
with Audio January 29 97
Exceptions Through Events
See:
http://www.npac.syr.edu/users/gcf/cps616-97jan29
2 Separate IMAGE * Separate HTML Abstract of CPS616-97 Lecture of January 29
Exceptions in More Detail Than Last Lecture
3 Separate IMAGE * Separate HTML Java Language -- Handling Runtime Errors Using Exceptions
4 Separate IMAGE * Separate HTML Basic Structure of Exception Handling in Nested Calls
5 Separate IMAGE * Separate HTML Examples of Exception Hierarchy
6 Separate IMAGE * Separate HTML Example of Handling Exceptions
7 Separate IMAGE * Separate HTML Classes of Exceptions
8 Separate IMAGE * Separate HTML Exceptions in Applets
Next Section from Third Tutorial Foilset
9 Separate IMAGE * Separate HTML Java Tutorial - Fall 1996
Part 3: Graphics and the Abstract Windowing Toolkit
http://www.npac.syr.edu/projects/tutorials/Java/
Threads
10 Separate IMAGE * Separate HTML Introduction to Threads
11 Separate IMAGE * Separate HTML Example showing the standard thread methods
12 Separate IMAGE * Separate HTML Example showing thread methods, continued
More Details on Graphics
13 Separate IMAGE * Separate HTML Changing Graphics: repaint method
14 Separate IMAGE * Separate HTML The java.awt.Font and FontMetrics Classes
15 Separate IMAGE * Separate HTML Some Basic Methods for Applets -- I
16 Separate IMAGE * Separate HTML Some Basic Methods for Applets -- II
Skip Over Sun animator Applet
17 Separate IMAGE * Separate HTML A Simple Useful Applet from Sun for Animation
Image Downloading and Drawing
18 Separate IMAGE * Separate HTML Images
and Double Buffering
19 Separate IMAGE * Separate HTML Getting Images Downloaded
20 Separate IMAGE * Separate HTML Drawing Images to the applet window
21 Separate IMAGE * Separate HTML Image Downloading -- imageObserver, MediaTracker
22 Separate IMAGE * Separate HTML An Image Drawing Example
Flickering of Applets -- Double Buffering
23 Separate IMAGE * Separate HTML Flickering in Applets and its Solution
24 Separate IMAGE * Separate HTML The default Update(Graphics g) Method
25 Separate IMAGE * Separate HTML Double Buffering to Reduce Flicker - I
26 Separate IMAGE * Separate HTML Double Buffering to Reduce Flicker - II
27 Separate IMAGE * Separate HTML Double Buffering
Mouse and KeyBoard Events
28 Separate IMAGE * Separate HTML Event Handling
29 Separate IMAGE * Separate HTML Events in the java.awt -- Mouse, Keyboard Interaction - I
30 Separate IMAGE * Separate HTML Events in the java.awt -- Mouse, Keyboard Interaction - II
31 Separate IMAGE * Separate HTML Using Mouse Events for User Interaction
32 Separate IMAGE * Separate HTML Mouse Events: Initializing the movable objects
33 Separate IMAGE * Separate HTML Draw the objects with double buffering
34 Separate IMAGE * Separate HTML Mouse Move Event
35 Separate IMAGE * Separate HTML The Set of Mouse Dragging Events
36 Separate IMAGE * Separate HTML More Methods in the Movable Point class
37 Separate IMAGE * Separate HTML Keyboard Events
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616cgi97
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Introduction to CGI Programming
Given by Nancy J. McCracken at CPS616 Spring 97 on Spring Semester 97. Foils prepared 18 March 97More Detail! * Foil Index from this file * See also color IMAGE
| CGI is the Common Gateway Interface and is the scheme to interface other programs and systems to the HTTP Web protocol, using the same data protocols as the HTTP clients and servers. |
In this section, we will cover
|
References:
|
Table of Contents for Introduction to CGI Programming
1 Separate IMAGE * Separate HTML CGI Programming
with Advanced Topics
2 Separate IMAGE * Separate HTML CGI Programming
3 Separate IMAGE * Separate HTML The Flow of Data amongst the Client, Server and CGI Script
4 Separate IMAGE * Separate HTML The Flow of Data amongst the Client, Server and CGI Script
5 Separate IMAGE * Separate HTML Example form for Hello, World!
6 Separate IMAGE * Separate HTML Example CGI program in Perl for Hello, World!
7 Separate IMAGE * Separate HTML Pass Data to a CGI Program through Environment Variables
8 Separate IMAGE * Separate HTML Another way to pass data through environment variables
9 Separate IMAGE * Separate HTML Other Information in environment variables
10 Separate IMAGE * Separate HTML Passing data as Standard Input to the CGI program
11 Separate IMAGE * Separate HTML Perl subprogram to read input from web forms - Part I
12 Separate IMAGE * Separate HTML Perl subprogram - Part II
13 Separate IMAGE * Separate HTML CGI Program Output: the response to the web server
14 Separate IMAGE * Separate HTML Some CGI programming practical tips
15 Separate IMAGE * Separate HTML More practical tips
16 Separate IMAGE * Separate HTML Password Protection on HTML Documents
17 Separate IMAGE * Separate HTML Example protection files
18 Separate IMAGE * Separate HTML Dynamic Web Pages --- Server Push
19 Separate IMAGE * Separate HTML A Server-Push Animation
20 Separate IMAGE * Separate HTML Server-Push Animation, cont.
21 Separate IMAGE * Separate HTML Multiple-Block GIF Files (Animated GIFs)
22 Separate IMAGE * Separate HTML Dynamic Web Pages --- Client Pull
23 Separate IMAGE * Separate HTML Maintaining State with Hidden Fields
24 Separate IMAGE * Separate HTML Hidden Fields in a "Shopping Basket"
25 Separate IMAGE * Separate HTML Finishing the "Shopping Basket"
26 Separate IMAGE * Separate HTML Maintaining State with Netscape Cookies
27 Separate IMAGE * Separate HTML Setting up a cookie
28 Separate IMAGE * Separate HTML Retrieving a cookie
29 Separate IMAGE * Separate HTML Server Side Includes (SSI)
30 Separate IMAGE * Separate HTML Some SSI Commands
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps616http97
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Setting the Stage for CGI Programming: HTTP, URL, CGI, MIME, HTTPD and many other acronyms
Given by Nancy J. McCracken at CPS616 Web Technologiews on Spring Semester 97. Foils prepared 18 March 97More Detail! * Foil Index from this file * See also color IMAGE
| MIME stands for Multipart Internet Mail Extensions and is the developing standard for the contents of all messages passed over the Internet. |
| HTTP is Hypertext Transport Protocol and is the protocol that provides the basis of the World Wide Web: transmitting multimedia documents across the Internet. HTTPD is the daemon running the HTTP Web server. |
| URL stands for Uniform Resource Locator and is the universal addressing scheme for all documents (multimedia) on the WWW. |
| CGI is the Common Gateway Interface and is the scheme to interface other programs and systems to the HTTP Web protocol, using the same data protocols as the HTTP clients and servers. |
References:
|
Table of Contents for Setting the Stage for CGI Programming: HTTP, URL, CGI, MIME, HTTPD and many other acronyms
1 Separate IMAGE * Separate HTML Setting the Stage for CGI Programming:
HTTP, URL, CGI, MIME, HTTPD, and many other acronyms
too numerous to mention
2 Separate IMAGE * Separate HTML In a Nutshell
3 Separate IMAGE * Separate HTML Internet Documents: Drafts, Memos and Standards
4 Separate IMAGE * Separate HTML Internet Documents - Examples
5 Separate IMAGE * Separate HTML Internet E-Mail (RFC-822)
6 Separate IMAGE * Separate HTML Multipurpose Internet Mail Extension (MIME)
7 Separate IMAGE * Separate HTML MIME - Extension Model
8 Separate IMAGE * Separate HTML MIME - "Content-Type" Header Field
9 Separate IMAGE * Separate HTML MIME - Base Content Types
10 Separate IMAGE * Separate HTML MIME - Base Content Types, continued
11 Separate IMAGE * Separate HTML MIME - Implementation Status
12 Separate IMAGE * Separate HTML HTTP - Hypertext Transport Protocol
13 Separate IMAGE * Separate HTML HTTPD - HTTP Daemon
14 Separate IMAGE * Separate HTML URL - Uniform Resource Locator
15 Separate IMAGE * Separate HTML HTTP - How does it work?
16 Separate IMAGE * Separate HTML HTTP - GET Request Example
17 Separate IMAGE * Separate HTML HTTP - Reply Example
18 Separate IMAGE * Separate HTML HTTP - POST Request Example
19 Separate IMAGE * Separate HTML Common Gateway Interface (CGI) - an introduction
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for javacseed97
Basic Foilset Search
HELP! * GREEN=global GREY=local Full Index for GLOBAL foilset Java For Computation and Education
Given by Geoffrey C. Fox at Penn State Jan 13 Wright State Jan 23 on January 97. Foils prepared January 17 97More Detail! * Foil Index from this file * See also color IMAGE
Java appears to offer a good compromise between C++ and Fortran with both high performance and attractive object oriented features and will be learnt by the next generation as their first language
|
| Java Collaboration Systems promise to add to Web dissemination of material (which we review) interactive linkage of teachers and students -- the missing link |
TANGOsim links concepts with a discrete event simulator integrated into collaboration environment
|
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Java For Computation and Education
Title and Abstract of FakeFoilset
Miscellaneous Presentation Material used in 1996
Master Set of Presentations on Java for Computational Science
Set of Add-On Foils for Research Presentations
Collection of GIF Images for General NPAC Projects April96-
HyperWorld -- Collaboration and Computation: Design and Prototype Components
Collection of GIF Images for General NPAC Projects January 97-
Additional Material for Web Technology Presentations July 95 -- March 96
TANGOsim -- a Java based Collaborative System for Command and Control
Table of Contents for Java For Computation and Education
Introduction -- Why is Web Software Important
- Please see resource (third foil) The Java for Computational Science and Engineering Resource with mailing list and other documents
2 Separate IMAGE * Separate HTML Abstract of Java for CSE and Education Lecture
3 Original Foreign Pointer Java for Computational Science and Engineering Web Resource at NPAC (Has Plenty of Internal Pointers to Other URLs)
4 Separate IMAGE * Separate HTML The Computing Pyramid
5 Separate IMAGE * Separate HTML Implications of the Computing Pyramid
6 Separate IMAGE * Separate HTML Synergy of InterNet and IntraNets
7 Separate IMAGE * Separate HTML Some Critical Features of Java as a Programming Language
8 Separate IMAGE * Separate HTML There are (at least) 3 Major Roles for JAVA in Computation
9 Separate IMAGE * Separate HTML The 3 Roles of Java
WebWindows
10 Separate IMAGE * Separate HTML Open Universal WebWindows --
A Revolution in the Software Industry!
11 Separate IMAGE * Separate HTML The WebWindows Operating System
Java as a GUI
12 Separate IMAGE * Separate HTML Java for Building User Interfaces
13 Separate IMAGE * Separate HTML NCSA Biology Workbench
14 Separate IMAGE * Separate HTML Kivanc Dincer's Java FrontEnd to Pablo - I
15 Separate IMAGE * Separate HTML Screens Opened for Java Interface to Distributed Computing Environment
16 Separate IMAGE * Separate HTML HPF/MPI Programming Laboratory on the Web
Java for MetaComputing
17 Separate IMAGE * Separate HTML Java for Coarse Grain Distributed Computing and Software Integration
18 Original Foreign Pointer 41:WebFlow/WebVM Overview
19 Original Foreign Pointer 52:WebFlow Management Design
20 Original Foreign Pointer 57:WebFlow View on Emergent Java Systems
21 Separate IMAGE * Separate HTML Article on MIP Sucking Java Applets
Java for Computational Kernels
22 Separate IMAGE * Separate HTML Java as the Language for Computational Kernels!
23 Separate IMAGE * Separate HTML Comparison of Java and Fortran 77/90
24 Separate IMAGE * Separate HTML Classes of Simulations and their High Performance Needs
25 Separate IMAGE * Separate HTML Some Critical Features of Java and Parallelism - II
26 Separate IMAGE * Separate HTML Network of Web Servers and Clients
27 Separate IMAGE * Separate HTML Select Active Processors in HPJava Demo
28 Separate IMAGE * Separate HTML Game of Life Execution Pattern in HPJava Demo
Performance of Compiled Java
29 Separate IMAGE * Separate HTML Java Links the Bottom and Top of Pyramid
30 Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- I
Performance of Compiled Java in Detail
31 Separate IMAGE * Separate HTML Performance of Java is Dreadful!
32 Separate IMAGE * Separate HTML LinPack Java Performance Updated to Sept 30 1996
33 Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- II
34 Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- III
35 Separate IMAGE * Separate HTML Hierarchy of Software Levels
36 Separate IMAGE * Separate HTML What Limits Performance of Compiled Java?
37 Separate IMAGE * Separate HTML Remarks on HPJava -- Data Parallel Java - II
Java For Education
38 Separate IMAGE * Separate HTML Java in and for Education
39 Separate IMAGE * Separate HTML Life reports ICPSEP, the "classroom across countries" between NPAC at Syracuse University, USA, and PACT at Harbin Institute of Technology, China
40 Separate IMAGE * Separate HTML Internet Certificate in Computational Science for Peng Wu
41 Separate IMAGE * Separate HTML Technologies for Education- I
42 Separate IMAGE * Separate HTML Technologies for Education- II
43 Separate IMAGE * Separate HTML Java Applet Illustrating Molecular Dynamics Simulation
44 Separate IMAGE * Separate HTML SU Physics Department Vector Cross Product Java Applet
45 Separate IMAGE * Separate HTML Carrier Search Home Page
46 Separate IMAGE * Separate HTML Undergraduate Education
47 Separate IMAGE * Separate HTML K-12 Education
48 Separate IMAGE * Separate HTML New Curricula Opportunities?
Java for Disabled Interfaces
49 Separate IMAGE * Separate HTML Outreach to Disabled Community
50 Separate IMAGE * Separate HTML The Pulsar Mission and Example Project
51 Separate IMAGE * Separate HTML The team of 4 Undergradautes in 1996 Summer REU Neattools/Pulsar Activity
52 Separate IMAGE * Separate HTML Eyal Sherman -- Using Neattools
53 Separate IMAGE * Separate HTML The Neat Thing in Action I
WebWisdom for dissemination
54 Separate IMAGE * Separate HTML Dissemination of Material is a Critical Part of Education!
55 Separate IMAGE * Separate HTML The JavaScript WebWisdom System -- Foilworld Homepage
56 Separate IMAGE * Separate HTML The Overview of List by Topics of WebWisdom Material
57 Separate IMAGE * Separate HTML One Level Down: List of Foilsets in Topic Fall96 Offering of CPS615
58 Separate IMAGE * Separate HTML Overview of Typical Course Foilset as used in CPS615: Introduction to Computational Science
59 Separate IMAGE * Separate HTML The Administrative Side of WebWisdom: Set Parameter Options
60 Separate IMAGE * Separate HTML The CPS Laplace Equation Foilset Overview with A different(Scroll) Java Applet for Title
61 Separate IMAGE * Separate HTML The CPS Laplace Equation Foilset Overview with CrazyText Java Applet for Title
62 Separate IMAGE * Separate HTML HTML Pure Text Version of a Foil on HPF for Laplace Example
63 Separate IMAGE * Separate HTML Contrasted with Imported Persuasion Version of Same Material
64 Separate IMAGE * Separate HTML Another Administrative Page WebWisdom: Set Location of Buttons
65 Separate IMAGE * Separate HTML WebWisdom Version with Applet and Subsidiary Buttons of PowerPoint Original
Collaborative Systems in Detail
66 Separate IMAGE * Separate HTML TANGOsim Collaboration/ Simulation/ Training in Java
67 Separate IMAGE * Separate HTML Overview of TANGO
68 Separate IMAGE * Separate HTML TANGO Highlights I
69 Separate IMAGE * Separate HTML TANGO Highlights II
70 Separate IMAGE * Separate HTML Global Architecture of Tango System
71 Separate IMAGE * Separate HTML Tango Client Communication Structure
72 Separate IMAGE * Separate HTML TANGOsim
73 Separate IMAGE * Separate HTML The TANGOsim C2 Application
74 Separate IMAGE * Separate HTML TANGO Collaborative System Control Panel
75 Separate IMAGE * Separate HTML TANGO Collaborative System Control Panel and 3 Applications -- User 1
76 Separate IMAGE * Separate HTML C2 Demo Technology Components III
77 Separate IMAGE * Separate HTML C2 Demo Technology Components IV
78 Separate IMAGE * Separate HTML TANGO Collaborative System Control Panel and Applications including weather
79 Separate IMAGE * Separate HTML Two GIS applicatioasn launched on different machines - I
80 Separate IMAGE * Separate HTML GIS integration with Weather Simulation application - II.
81 Separate IMAGE * Separate HTML C2 Demo Technology Components V
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for javatutorial96.1
Foilset Search
Full Index for Basic foilset Java Tutorial - Fall 1996 Part 1:Introduction to Java Language
Given by Nancy J. McCracken,Geoffrey C. Fox at ECS406/606,ECS400 on Fall Semester 96. Foils prepared 17 January 97 * *
| Overview including History and alpha versus production issues |
| Comparison of Java and Javascript |
| Overall Java Philosophy and Features including security etc. |
And in Remaining Parts of Tutorial!!
|
Table of Contents for Java Tutorial - Fall 1996 Part 1:Introduction to Java Language
1
Java Tutorial - Fall 1996Part 1: Introduction to Java Language
and Applets
http://www.npac.syr.edu/users/gcf/javafall96/
http://www.npac.syr.edu/projects/tutorials/Java/
2
Abstract of Java Tutorial 3
Overview and History of Java Development 4
What are Java and HotJava in a NutShell? 5
HotJava Story 1994-1996 6
HotJava Alpha Capabilities 7
HotJava's Future 1996- ? 8
Overview -- Java and the World Wide Web 9
Overview -- What are Java applets in detail? 10
Running a Java Applet 11
History of Java Language and Team 12
History of Java Language and Team (contd) 13
JDK 1.0 -- The Real Java Development Kit! 14
Java Beta Books -- I 15
Java Beta Books -- II 16
Java Beta Books -- III 17
Java vs. JavaScript 18
Comparison of Java and JavaScript -- I 19
Comparison of Java and JavaScript -- II 20
Overall Java Philosophy and Features 21
Some Key Java Features 22
Java Features -- It's Simple and Familiar! 23
Java Features -- It's Object-oriented 24
Java Features -- It's Architecture-Neutral 25
Java Features -- It's Portable 26
Java Features -- It's Somewhat Interpreted 27
Java Features -- It's Distributed 28
Java Features -- It's Robust 29
Java Features -- It's (Hopefully) Secure 30
Java Features -- High Performance 31
Java Features -- It's Multithreaded 32
Java Features -- It's Dynamic Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for javatutorial96.2
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Java Tutorial - Fall 1996 Part II: Java Language and Object-Oriented Concepts
Given by Nancy J. McCracken,Geoffrey C. Fox at ECS406/606,ECS400 on Fall Semester 96. Foils prepared 22 January 97More Detail! * Foil Index from this file *
In Part 1 of the Tutorial We Covered:
|
| This Part(2) of Tutorial Covers |
Java Programming Language
|
Object Oriented and Class Structure
|
| Exceptions |
And in the Remaining Parts of the Java Tutorial We Cover:
|
Table of Contents for Java Tutorial - Fall 1996 Part II: Java Language and Object-Oriented Concepts
A denotes presence of Additional linked information_ 1 Separate IMAGE * Separate HTML Java Tutorial - Fall 1996
Part II: Java Language and
Object-Oriented Concepts
http://www.npac.syr.edu/users/gcf/javafall96/
http://www.npac.syr.edu/projects/tutorials/Java/
A 2 Separate IMAGE * Separate HTML Resources for the Java Programming Language
_ 3 Separate IMAGE * Separate HTML Java in Practice --
_ 4 Separate IMAGE * Separate HTML Applications
Applets and their use from HTML
Java Applications
_ 5 Separate IMAGE * Separate HTML The Simplest Java Application: Hello, World!
_ 6 Separate IMAGE * Separate HTML Java Applets
_ 7 Separate IMAGE * Separate HTML Applet Tag: Calling Applets from HTML - I
_ 8 Separate IMAGE * Separate HTML Applet Tag: Calling Applets from HTML - II
_ 9 Separate IMAGE * Separate HTML <param> Tags and Applets
A 10 Separate IMAGE * Separate HTML The Simplest Java Applet: Hello, World!
A 11 Separate IMAGE * Separate HTML Displaying your applet from a Web page.
_ 12 Separate IMAGE * Separate HTML Java Language Basics
_ 13 Separate IMAGE * Separate HTML Java Language -- Lexical Issues I
_ 14 Separate IMAGE * Separate HTML Java Language -- Lexical Issues II
_ 15 Separate IMAGE * Separate HTML Java Language -- Program Structure
_ 16 Separate IMAGE * Separate HTML Java Language -- Variable/Expression Types
_ 17 Separate IMAGE * Separate HTML Java Language -- Types: Array
_ 18 Separate IMAGE * Separate HTML Java Language -- More on Arrays
_ 19 Separate IMAGE * Separate HTML Java Language -- Expressions
_ 20 Separate IMAGE * Separate HTML Java Language -- Control Flow I
_ 21 Separate IMAGE * Separate HTML Java Language -- Control Flow II -- continue
_ 22 Separate IMAGE * Separate HTML Java Language -- Control Flow III -- break and for loop
_ 23 Separate IMAGE * Separate HTML Java Language -- Control Flow IV -- break and switch
_ 24 Separate IMAGE * Separate HTML Java Language -- Control Flow V -- continue and switch
_ 25 Separate IMAGE * Separate HTML Basic Graphics Java Applets
to illustrate language
_ 26 Separate IMAGE * Separate HTML The Graphics class
A 27 Separate IMAGE * Separate HTML Using Graphics properties
A 28 Separate IMAGE * Separate HTML Drawing simple shapes
A 29 Separate IMAGE * Separate HTML Passing parameters to an applet: the HTML
A 30 Separate IMAGE * Separate HTML Passing parameters to an applet: the applet
_ 31 Separate IMAGE * Separate HTML Centering a string in the applet window.
_ 32 Separate IMAGE * Separate HTML Applet Flow of Control
_ 33 Separate IMAGE * Separate HTML Random color boxes example
A 34 Separate IMAGE * Separate HTML Arrays of random colors
_ 35 Separate IMAGE * Separate HTML The Java Object Model: Classes, Instances and Methods
_ 36 Separate IMAGE * Separate HTML The Java Object Model Overview
A 37 Separate IMAGE * Separate HTML API of a Class
_ 38 Separate IMAGE * Separate HTML Using a Class
_ 39 Separate IMAGE * Separate HTML A Computational Class
A 40 Separate IMAGE * Separate HTML Class Definitions
_ 41 Separate IMAGE * Separate HTML Constructors of Objects
_ 42 Separate IMAGE * Separate HTML Java Language -- Types of Classes - I
_ 43 Separate IMAGE * Separate HTML Java Language -- Types of Classes - II
_ 44 Separate IMAGE * Separate HTML Java Language -- Types of Methods
_ 45 Separate IMAGE * Separate HTML The Java Object Model: Inheritance and the Class Hierarchy
A 46 Separate IMAGE * Separate HTML Relationships between Classes
_ 47 Separate IMAGE * Separate HTML Use of Methods Defined in Parent
_ 48 Separate IMAGE * Separate HTML Use of Methods Defined in Parent but overridden in child class
_ 49 Separate IMAGE * Separate HTML Comments on Casting
_ 50 Separate IMAGE * Separate HTML Array - A Pseudo Class!
_ 51 Separate IMAGE * Separate HTML By value and By reference
_ 52 Separate IMAGE * Separate HTML Comments on Overloading and Overriding in Classes
_ 53 Separate IMAGE * Separate HTML Object-Oriented
Programming Examples:
A 54 Separate IMAGE * Separate HTML Basic Class Operations
The Class Hierarchy of this example
_ 55 Separate IMAGE * Separate HTML Object-Oriented Programming in JAVA - defining a class
_ 56 Separate IMAGE * Separate HTML More methods in the class definition
_ 57 Separate IMAGE * Separate HTML Defining a child class
_ 58 Separate IMAGE * Separate HTML Using parent and child classes
_ 59 Separate IMAGE * Separate HTML Parent and child example, continued
_ 60 Separate IMAGE * Separate HTML Overloading Constructors
A 61 Separate IMAGE * Separate HTML More child classes
_ 62 Separate IMAGE * Separate HTML Abstract Methods
and Classes
Interfaces
(classes without implementation)
_ 63 Separate IMAGE * Separate HTML Abstract Methods and Classes
_ 64 Separate IMAGE * Separate HTML Java Language -- Interfaces - Overview
_ 65 Separate IMAGE * Separate HTML Cars as an Examples of Interfaces/ Multiple Inheritance
_ 66 Separate IMAGE * Separate HTML Picture of Interfaces and Classes for Cars and their Manufacture
_ 67 Separate IMAGE * Separate HTML Java Language -- Interface Example -- Implementing Storable
_ 68 Separate IMAGE * Separate HTML Interfaces can be used as Classes in type specification
_ 69 Separate IMAGE * Separate HTML Further Features of Interfaces
_ 70 Separate IMAGE * Separate HTML More on Interfaces -- Why use them
_ 71 Separate IMAGE * Separate HTML Packages in Java
_ 72 Separate IMAGE * Separate HTML Overview of Packages and Directory Structure
_ 73 Separate IMAGE * Separate HTML Using Java packages
_ 74 Separate IMAGE * Separate HTML Java System Packages
_ 75 Separate IMAGE * Separate HTML More on the Java Language: Exceptions
_ 76 Separate IMAGE * Separate HTML Java Language -- Handling Runtime Errors Using Exceptions
_ 77 Separate IMAGE * Separate HTML Basic Structure of Exception Handling in Nested Calls
_ 78 Separate IMAGE * Separate HTML Examples of Exception Hierarchy
_ 79 Separate IMAGE * Separate HTML Example of Handling Exceptions
_ 80 Separate IMAGE * Separate HTML Classes of Exceptions
_ 81 Separate IMAGE * Separate HTML Exceptions in Applets
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for javatutorial96.3
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HELP! * GREY=local Full Index for LOCAL foilset Java Tutorial - Fall 1996 Part 3:Graphics and the Abstract Windowing Toolkit
Given by Nancy J. McCracken,Geoffrey C. Fox at ECS406/606,ECS400 on Fall Semester 96. Foils prepared 22 January 97More Detail! * Foil Index from this file *
In Part 1 and 2 of the Tutorial We Covered:
|
| In This Part of the Java Tutorial We Cover: |
| Introduction to Threads |
Graphics in more detail
|
Abstract Windowing Toolkit
|
And in the Remaining Part of the Java Tutorial We Cover:
|
Table of Contents for Java Tutorial - Fall 1996 Part 3:Graphics and the Abstract Windowing Toolkit
A denotes presence of Additional linked information_ 1 Separate IMAGE * Separate HTML Java Tutorial - Fall 1996
Part 3: Graphics and the Abstract Windowing Toolkit
http://www.npac.syr.edu/projects/tutorials/Java/
_ 2 Separate IMAGE * Separate HTML Introducing a Single Thread
_ 3 Separate IMAGE * Separate HTML Introduction to Threads
A 4 Separate IMAGE * Separate HTML Example showing the standard thread methods
_ 5 Separate IMAGE * Separate HTML Example showing thread methods, continued
_ 6 Separate IMAGE * Separate HTML More Detail on Applets and Graphics
_ 7 Separate IMAGE * Separate HTML The java.awt.Graphics Class
_ 8 Separate IMAGE * Separate HTML Graphics is Event-Driven: paint method
_ 9 Separate IMAGE * Separate HTML Changing Graphics: repaint method
_ 10 Separate IMAGE * Separate HTML The java.awt.Font and FontMetrics Classes
_ 11 Separate IMAGE * Separate HTML The java.awt.Color Classes
_ 12 Separate IMAGE * Separate HTML Some Basic Methods for Applets -- I
_ 13 Separate IMAGE * Separate HTML Some Basic Methods for Applets -- II
_ 14 Separate IMAGE * Separate HTML A Simple Useful Applet from Sun for Animation
_ 15 Separate IMAGE * Separate HTML Sun's Animator.class Applet
_ 16 Separate IMAGE * Separate HTML Details of Using the Sun animator Applet --I
_ 17 Separate IMAGE * Separate HTML Details of Using the Sun animator Applet --II
_ 18 Separate IMAGE * Separate HTML Images
and Double Buffering
_ 19 Separate IMAGE * Separate HTML Getting Images Downloaded
_ 20 Separate IMAGE * Separate HTML Drawing Images to the applet window
A 21 Separate IMAGE * Separate HTML Image Downloading -- imageObserver, MediaTracker
_ 22 Separate IMAGE * Separate HTML An Image Drawing Example
_ 23 Separate IMAGE * Separate HTML Flickering in Applets and its Solution
_ 24 Separate IMAGE * Separate HTML The default Update(Graphics g) Method
_ 25 Separate IMAGE * Separate HTML Double Buffering to Reduce Flicker - I
_ 26 Separate IMAGE * Separate HTML Double Buffering to Reduce Flicker - II
_ 27 Separate IMAGE * Separate HTML Double Buffering
_ 28 Separate IMAGE * Separate HTML Event Handling
_ 29 Separate IMAGE * Separate HTML Events in the java.awt -- Mouse, Keyboard Interaction - I
_ 30 Separate IMAGE * Separate HTML Events in the java.awt -- Mouse, Keyboard Interaction - II
A 31 Separate IMAGE * Separate HTML Using Mouse Events for User Interaction
_ 32 Separate IMAGE * Separate HTML Mouse Events: Initializing the movable objects
_ 33 Separate IMAGE * Separate HTML Draw the objects with double buffering
_ 34 Separate IMAGE * Separate HTML Mouse Move Event
_ 35 Separate IMAGE * Separate HTML The Set of Mouse Dragging Events
_ 36 Separate IMAGE * Separate HTML More Methods in the Movable Point class
A 37 Separate IMAGE * Separate HTML Keyboard Events
_ 38 Separate IMAGE * Separate HTML Abstract Windowing Toolkit (AWT): Components such as buttons, textfields, etc.
_ 39 Separate IMAGE * Separate HTML Structure of the java.awt GUI Components - I
_ 40 Separate IMAGE * Separate HTML Structure of the java.awt GUI Components - II
_ 41 Separate IMAGE * Separate HTML Picture of the AWT Component Class and its inheritance
_ 42 Separate IMAGE * Separate HTML Some Simple AWT Components -- label,button
_ 43 Separate IMAGE * Separate HTML AWT Components -- Checkbox
_ 44 Separate IMAGE * Separate HTML AWT Components -- Radio Buttons , CheckboxGroup
_ 45 Separate IMAGE * Separate HTML Some Further AWT Components -- typical subunits of panels
_ 46 Separate IMAGE * Separate HTML AWT Components -- Text Fields & Areas
_ 47 Separate IMAGE * Separate HTML Some Further AWT Components -- Canvas, Window - I
A 48 Separate IMAGE * Separate HTML Some Further AWT Components -- Canvas, Window - II
_ 49 Separate IMAGE * Separate HTML Abstract Windowing Toolkit (AWT):
Actions in response to Mouse and Keyboard etc.
_ 50 Separate IMAGE * Separate HTML Actions associated with Components in AWT - I
_ 51 Separate IMAGE * Separate HTML Actions associated with Components in AWT - II
A 52 Separate IMAGE * Separate HTML A more general way to handle events
_ 53 Separate IMAGE * Separate HTML Abstract Windowing Toolkit (AWT):
Layouts
_ 54 Separate IMAGE * Separate HTML Layout of Components in a Panel
_ 55 Separate IMAGE * Separate HTML Description and Example of BorderLayout
_ 56 Separate IMAGE * Separate HTML Brief Description of Four Other LayoutManager's
_ 57 Separate IMAGE * Separate HTML FlowLayouts in detail
_ 58 Separate IMAGE * Separate HTML Hierarchical use of LayoutManagers
A 59 Separate IMAGE * Separate HTML AWT - Grid Layout with Two Components
_ 60 Separate IMAGE * Separate HTML AWT - Adding Components to a Layout
_ 61 Separate IMAGE * Separate HTML AWT - Canvas Component
_ 62 Separate IMAGE * Separate HTML AWT - Handling Actions from Components
A 63 Separate IMAGE * Separate HTML AWT - Panel Component with Buttons
Full WebWisdom URL and this Foilset Search
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HELP! * GREY=local Full Index for LOCAL foilset Java Tutorial - Fall 1996 Part 4: Multithreading, useful Java classes, I/O, Networking, and the future
Given by Nancy J. McCracken,Geoffrey C. Fox at ECS406/606,ECS400 on Fall Semester 96. Foils prepared 22 January 97More Detail! * Foil Index from this file *
In Part 1 2 and 3 of the Tutorial We Covered:
|
| In This Part of the Java Tutorial We Cover: |
| Threads in Detail |
Useful Java Classes
|
| Networking and I/O |
| Futures and HPCC Implications |
Table of Contents for Java Tutorial - Fall 1996 Part 4: Multithreading, useful Java classes, I/O, Networking, and the future
A denotes presence of Additional linked information_ 1 Separate IMAGE * Separate HTML Java Tutorial - Fall 1996
Part 4: Multithreading, useful Java classes, I/O, Networking, and the future
http://www.npac.syr.edu/projects/tutorials/Java/
_ 2 Separate IMAGE * Separate HTML Threads are part of the Java Language!
_ 3 Separate IMAGE * Separate HTML Initial Remarks on Threads
A 4 Separate IMAGE * Separate HTML How to Use Threads from a Class
_ 5 Separate IMAGE * Separate HTML Thread Execution and Concurrency
_ 6 Separate IMAGE * Separate HTML The Life of a Thread
_ 7 Separate IMAGE * Separate HTML Synchronized Method and Blocks
_ 8 Separate IMAGE * Separate HTML Threads and Synchronization - I
_ 9 Separate IMAGE * Separate HTML Threads and Synchronization - wait()
_ 10 Separate IMAGE * Separate HTML Threads and Synchronization - notify()
_ 11 Separate IMAGE * Separate HTML Threads and Synchronization - Example
_ 12 Separate IMAGE * Separate HTML Useful Basic Java Classes
_ 13 Separate IMAGE * Separate HTML The Overarching Object Class
_ 14 Separate IMAGE * Separate HTML Determining and Testing Class of Object
_ 15 Separate IMAGE * Separate HTML java.lang.Object Wrappers
_ 16 Separate IMAGE * Separate HTML The java.lang.Math class
_ 17 Separate IMAGE * Separate HTML The Date class
_ 18 Separate IMAGE * Separate HTML The String class
_ 19 Separate IMAGE * Separate HTML More on Strings, and the StringBuffer class
A 20 Separate IMAGE * Separate HTML ReverseString Class
_ 21 Separate IMAGE * Separate HTML The Vector class
_ 22 Separate IMAGE * Separate HTML Methods for Vectors
_ 23 Separate IMAGE * Separate HTML The Hashtable class
_ 24 Separate IMAGE * Separate HTML I/O and the Stream Zoo
_ 25 Separate IMAGE * Separate HTML I/O Streams
_ 26 Separate IMAGE * Separate HTML The Input Stream Zoo
_ 27 Separate IMAGE * Separate HTML FilterInputStreams
_ 28 Separate IMAGE * Separate HTML Networking and Web Access
_ 29 Separate IMAGE * Separate HTML Networking and Web Access in Java
_ 30 Separate IMAGE * Separate HTML Security Concerns for Applets
_ 31 Separate IMAGE * Separate HTML Table for Java file and network access
_ 32 Separate IMAGE * Separate HTML Accessing URL's in Java -- URL, showDocument
_ 33 Separate IMAGE * Separate HTML Accessing URL's in Java -- URLConnection
A 34 Separate IMAGE * Separate HTML I/O: Reading a File known by URL
_ 35 Separate IMAGE * Separate HTML I/O: Setting up the URL, Layout and Thread
A 36 Separate IMAGE * Separate HTML I/O: Reading the Text File
_ 37 Separate IMAGE * Separate HTML Performance
and dreaming about the Future
_ 38 Separate IMAGE * Separate HTML Use of Native Classes to Speed Up Execution
_ 39 Separate IMAGE * Separate HTML Comments on Native C Methods
_ 40 Separate IMAGE * Separate HTML HPCC and Java -- High Performance HPjava -- I
_ 41 Separate IMAGE * Separate HTML HPCC and Java -- HPjava -- II
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps640/PPTmmnetintro
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HELP! * GREY=local Full Index for LOCAL foilset Introduction To Multimedia Internet Systems
Given by Marek Podgorny at CPS640 MultiMedia and WWW on Spring 97 Semester. Foils prepared 31 January97More Detail! * Foil Index from this file * See also color IMAGE
Data networking term refers to exchange of digital information between remote systems
|
Computer networking is a special case of data networking
|
| Differentiating factors: media, parallel vs. serial, distance, protocol standardization |
Table of Contents for Introduction To Multimedia Internet Systems
1 Separate IMAGE * Separate HTML Multimedia Networking: Elementary Introduction
2 Separate IMAGE * Separate HTML Data Networking
3 Separate IMAGE * Separate HTML Physical Data Transmission
4 Separate IMAGE * Separate HTML Physical Data Transmission
5 Separate IMAGE * Separate HTML Baseband vs. Broadband
6 Separate IMAGE * Separate HTML Time Division Multiplexing
7 Separate IMAGE * Separate HTML Broadband Transmission
8 Separate IMAGE * Separate HTML Circuit vs. Packet Switching
9 Separate IMAGE * Separate HTML Circuit vs. Packet Switching
10 Separate IMAGE * Separate HTML Are the examples right?!!!
11 Separate IMAGE * Separate HTML Layering - an example
12 Separate IMAGE * Separate HTML Layering - an example
13 Separate IMAGE * Separate HTML Connection vs. Connectionless
14 Separate IMAGE * Separate HTML Connection vs. Connectionless
15 Separate IMAGE * Separate HTML Confusing?
16 Separate IMAGE * Separate HTML Popular Network Topologies
17 Separate IMAGE * Separate HTML Case study: Ethernet
18 Separate IMAGE * Separate HTML Case study: Token Ring
19 Separate IMAGE * Separate HTML Case study: FDDI
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps640/RSVP
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HELP! * GREY=local Full Index for LOCAL foilset RSVP -- Reservation Protocol
Given by Marek Podgorny at Large Web Application Class, CPS600/640 Fall 1997 on Fall Semester 97. Foils prepared 17 Feb 1997More Detail! * Foil Index from this file * See also color IMAGE
| This module discusses details of the Reservation Protocol (RSVP) |
| RSVP is a part of the Integrated Services Model for Internet |
| RSVP is a tool to establish Quality of Service over traditional packet networks |
Table of Contents for RSVP -- Reservation Protocol
1 Separate IMAGE * Separate HTML RSVP: Reservation Protocol
2 Separate IMAGE * Separate HTML Abstract
3 Separate IMAGE * Separate HTML What is RSVP
4 Separate IMAGE * Separate HTML RSVP Basic Functionality
5 Separate IMAGE * Separate HTML RSVP: A Receiver-Oriented Protocol
6 Separate IMAGE * Separate HTML RSVP: A Receiver-Oriented Protocol (Continued)
7 Separate IMAGE * Separate HTML RSVP Basic Functionality
8 Separate IMAGE * Separate HTML RSVP Operational Principles
9 Separate IMAGE * Separate HTML RSVP Operational Principles (Continued)
10 Separate IMAGE * Separate HTML RSVP Operational Principles (Continued)
11 Separate IMAGE * Separate HTML RSVP Operational Principles (Continued)
12 Separate IMAGE * Separate HTML RSVP Operational Principles (Continued)
13 Separate IMAGE * Separate HTML RSVP Data Flows
14 Separate IMAGE * Separate HTML RSVP Data Flows (Continued)
15 Separate IMAGE * Separate HTML RSVP Reservation Model
16 Separate IMAGE * Separate HTML RSVP Reservation Model (Continued)
17 Separate IMAGE * Separate HTML RSVP Reservation Model (Continued)
18 Separate IMAGE * Separate HTML RSVP Reservation Model (Continued)
19 Separate IMAGE * Separate HTML RSVP Reservation Model (Continued)
20 Separate IMAGE * Separate HTML RSVP Reservation Model (Continued)
21 Separate IMAGE * Separate HTML RSVP Reservation Model (Continued)
22 Separate IMAGE * Separate HTML RSVP Reservation Model (Continued)
23 Separate IMAGE * Separate HTML RSVP Reservation Styles (Continued)
24 Separate IMAGE * Separate HTML RSVP Reservation Styles (Continued)
25 Separate IMAGE * Separate HTML RSVP Reservation Styles (Continued)
26 Separate IMAGE * Separate HTML RSVP Reservation Styles (Continued)
27 Separate IMAGE * Separate HTML RSVP Reservation Styles (Continued)
28 Separate IMAGE * Separate HTML RSVP Reservation Styles (Continued)
29 Separate IMAGE * Separate HTML RSVP Reservation Styles (Continued)
30 Separate IMAGE * Separate HTML RSVP Reservation Styles
31 Separate IMAGE * Separate HTML RSVP Reservation Styles (Continued)
32 Separate IMAGE * Separate HTML RSVP Reservation Styles (Continued)
33 Separate IMAGE * Separate HTML Examples of Reservation Styles
34 Separate IMAGE * Separate HTML Examples of Reservation Styles (Continued)
35 Separate IMAGE * Separate HTML Examples of Reservation Styles
36 Separate IMAGE * Separate HTML Examples of Reservation Styles (Continued)
37 Separate IMAGE * Separate HTML Examples of Reservation Styles
38 Separate IMAGE * Separate HTML Examples of Reservation Styles
39 Separate IMAGE * Separate HTML Examples of Reservation Styles
40 Separate IMAGE * Separate HTML RSVP: A list of outstanding issues
Full WebWisdom URL and this Foilset Search
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HELP! * GREY=local Full Index for LOCAL foilset Overall Summary of MultiMedia Networks and Rationale for Integrated Services
Given by Marek Podgorny at Tutorial in Poland on April 1996. Foils prepared 3 May 1996More Detail! * Foil Index from this file * See also color IMAGE
| Review of the networked multimedia presentations |
Requirements for the networking infrastructure supporting multimedia applications
|
Network technologies supporting multimedia delivery
|
Table of Contents for Overall Summary of MultiMedia Networks and Rationale for Integrated Services
1 Separate IMAGE * Separate HTML Network Architectures for Multimedia Delivery
2 Separate IMAGE * Separate HTML Abstract of Network Architectures for Multimedia Delivery
3 Separate IMAGE * Separate HTML Networked multimedia applications
4 Separate IMAGE * Separate HTML Networked multimedia applications (Continued)
5 Separate IMAGE * Separate HTML Multimedia Application Industry -- I
6 Separate IMAGE * Separate HTML Multimedia Application Industry (Continued)
7 Separate IMAGE * Separate HTML Categories of Net MM Apps -- I
8 Separate IMAGE * Separate HTML Categories of Net MM Apps - II
9 Separate IMAGE * Separate HTML Multimedia Kiosks -- I
10 Separate IMAGE * Separate HTML Multimedia Kiosks - II
11 Separate IMAGE * Separate HTML Multimedia Network Requirements - I - Overview
12 Separate IMAGE * Separate HTML Multimedia Network Requirements - II - Bandwidth
13 Separate IMAGE * Separate HTML Multimedia Network Requirements - III - Bandwidth (Continued)
14 Separate IMAGE * Separate HTML Multimedia Network Requirements - IV - Bandwidth Scenarios
15 Separate IMAGE * Separate HTML Multimedia Network Requirements - V - Bandwidth Scenarios (Continued)
16 Separate IMAGE * Separate HTML Multimedia Network Requirements - VI - Quality of Service
17 Separate IMAGE * Separate HTML Multimedia Network Requirements - VII- Quality of Service (Continued)
18 Separate IMAGE * Separate HTML Multimedia Network Requirements - VIII -- Latency
19 Separate IMAGE * Separate HTML Multimedia Network Requirements - IX - Latency (Continued)
20 Separate IMAGE * Separate HTML Multimedia Network Requirements - X - Jitter
21 Separate IMAGE * Separate HTML Multimedia Network Requirements - X I - Jitter (Continued)
22 Separate IMAGE * Separate HTML Multimedia Network Requirements - XII - Multipoint Packet Delivery
23 Separate IMAGE * Separate HTML Multimedia Network Requirements - XIII - Multipoint Packet Delivery (Continued) -- Multicast
24 Separate IMAGE * Separate HTML Multimedia QoS Support -- Introduction
25 Separate IMAGE * Separate HTML Multimedia QoS Support -- General Mechanisms
26 Separate IMAGE * Separate HTML QoS -- ATM and Integrated Services Network
27 Separate IMAGE * Separate HTML ATM versus Integrated Services Network
28 Separate IMAGE * Separate HTML Integrated Services for the Internet
29 Separate IMAGE * Separate HTML Integrated Services: Additional Rationale -- Bandwidth Allocation - I
30 Separate IMAGE * Separate HTML Integrated Services: Additional Rationale -- Bandwidth Allocation II
31 Separate IMAGE * Separate HTML Integrated services: Architecture Elements - I
32 Separate IMAGE * Separate HTML Integrated services: Architecture Elements - II
33 Separate IMAGE * Separate HTML Integrated Services Model - I
34 Separate IMAGE * Separate HTML Integrated Services Model - II -- Basic assumptions of the model
35 Separate IMAGE * Separate HTML Integrated Services Model - III -- Basic assumptions of the model (Continued)
36 Separate IMAGE * Separate HTML Integrated Services Model - IV -- Basic assumptions of the model (Continued)
37 Separate IMAGE * Separate HTML Integrated Services Model: Unnecessary? - I
38 Separate IMAGE * Separate HTML Integrated Services Model: Unnecessary? - II
39 Separate IMAGE * Separate HTML Integrated Services Model: Unnecessary? - III
40 Separate IMAGE * Separate HTML Integrated Services Model: Unnecessary? - IV
41 Separate IMAGE * Separate HTML Integrated Services Model: Reservations - I
42 Separate IMAGE * Separate HTML Integrated Services Model: Reservations - II
43 Separate IMAGE * Separate HTML Reference Implementation Framework Overview I
44 Separate IMAGE * Separate HTML Reference Implementation Framework - Overview II
45 Separate IMAGE * Separate HTML Reference Implementation Framework -- flow
46 Separate IMAGE * Separate HTML Reference Implementation Framework -- Router Function
47 Separate IMAGE * Separate HTML Reference Implementation Framework -- Packet Scheduler I
48 Separate IMAGE * Separate HTML Reference Implementation Framework -- Packet Scheduler II
49 Separate IMAGE * Separate HTML Reference Implementation Framework -- Classifier I
50 Separate IMAGE * Separate HTML Reference Implementation Framework -- Classifier II
51 Separate IMAGE * Separate HTML Reference Implementation Framework -- Admission Control I
52 Separate IMAGE * Separate HTML Reference Implementation Framework -- Admission Control II
53 Separate IMAGE * Separate HTML Integrated Services Router -- Diagram
54 Separate IMAGE * Separate HTML Integrated Services Router -- Forwarding Path
55 Separate IMAGE * Separate HTML Integrated Services Router -- Background Routines
56 Separate IMAGE * Separate HTML IS : Host Model and Routing Changes - I
57 Separate IMAGE * Separate HTML IS : Host Model and Routing Changes -- II
58 Separate IMAGE * Separate HTML Integrated Service Model: Core Services - I
59 Separate IMAGE * Separate HTML Integrated Service Model: Core Services - II
60 Separate IMAGE * Separate HTML Integrated Service Model: Core Services - III
61 Separate IMAGE * Separate HTML Integrated Service Model: Core Services - IV
62 Separate IMAGE * Separate HTML Integrated Service Model: Core Services- QoS - I
63 Separate IMAGE * Separate HTML Integrated Service Model: Core Services- QoS - II
64 Separate IMAGE * Separate HTML Integrated Service Model: Core Services Playback Real-Time Apps - I
65 Separate IMAGE * Separate HTML Integrated Service Model: Core ServicesPlayback Real-Time Apps - II
66 Separate IMAGE * Separate HTML Integrated Service Model: Core ServicesPlayback Real-Time Apps - III
67 Separate IMAGE * Separate HTML Integrated Service Model: Core Services Playback Real-Time Apps - IV
68 Separate IMAGE * Separate HTML Integrated Service Model: Core Services Playback Real-Time Apps - V -- intolerant
69 Separate IMAGE * Separate HTML Integrated Service Model: Core Services Real-Time Apps - Tolerant - I
70 Separate IMAGE * Separate HTML Integrated Service Model: Core Services Real-Time Apps - Tolerant/Predictive Service - II
71 Separate IMAGE * Separate HTML Integrated Service Model: Core Services Real-Time Apps - Guaranteed v. Predictive Services
72 Separate IMAGE * Separate HTML Integrated Service Model: Core Services - Adaptive Real-Time Apps - I
73 Separate IMAGE * Separate HTML Integrated Service Model: Core Services - Adaptive Real-Time Apps - II
74 Separate IMAGE * Separate HTML Integrated Service Model: Core Services - Elastic Applications - I
75 Separate IMAGE * Separate HTML Integrated Service Model: Core Services - Elastic Applications - II
76 Separate IMAGE * Separate HTML Integrated Service Model: Core Services -- Analysis of Taxonomy - I
77 Separate IMAGE * Separate HTML Integrated Service Model: Core Services -- Analysis of Taxonomy - II
78 Separate IMAGE * Separate HTML Integrated Service Model: Core Services -- Resource Sharing - I
79 Separate IMAGE * Separate HTML Integrated Service Model: Core Services -- Resource Sharing - II
80 Separate IMAGE * Separate HTML Integrated Service Model: Core Services -- Resource Sharing - III
81 Separate IMAGE * Separate HTML Integrated Service Model: Core Services -- Resource Sharing - IV
82 Separate IMAGE * Separate HTML Integrated Services: Outstanding Issues
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps640/multicast
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset MultiCast Technologies and Rationale
Given by Marek Podgorny at Large Web Application Class, CPS600/640 Fall 1997 on Fall Semester 97. Foils prepared 17 Feb 1997More Detail! * Foil Index from this file * See also color IMAGE
| This module covers basics of the multicast technology |
| It also introduces switching technology for traditional broadcast networks |
| For multicast, the focus is on the multicast routing protocols |
| The MBONE is not discussed but will be included later |
Table of Contents for MultiCast Technologies and Rationale
1 Separate IMAGE * Separate HTML Multicast
2 Separate IMAGE * Separate HTML Abstract of Multicast - Rationale, Technology, Perspectives
3 Separate IMAGE * Separate HTML Multimedia and Multicast
4 Separate IMAGE * Separate HTML Multipoint Transmission Methods
5 Separate IMAGE * Separate HTML Multipoint Transmission Methods (Continued)
6 Separate IMAGE * Separate HTML Multicast support on LANs
7 Separate IMAGE * Separate HTML Multicast Technology Components
8 Separate IMAGE * Separate HTML Multicast Technology Components (Continued)
9 Separate IMAGE * Separate HTML IP Multicast Design
10 Separate IMAGE * Separate HTML IP Multicast Design (Continued)
11 Separate IMAGE * Separate HTML IP Multicast Routing Protocols: DVMRP
12 Separate IMAGE * Separate HTML IP Multicast Routing Protocols: DVMRP (Continued)
13 Separate IMAGE * Separate HTML IP Multicast Routing Protocols: MOSPF
14 Separate IMAGE * Separate HTML IP Multicast Routing Protocols: MOSPF (Continued)
15 Separate IMAGE * Separate HTML IP Multicast Routing: PIM
16 Separate IMAGE * Separate HTML IP Multicast Routing: PIM (Continued)
17 Separate IMAGE * Separate HTML IP Multicast Routing: PIM (2)
18 Separate IMAGE * Separate HTML IP Multicast Routing: PIM (3)
19 Separate IMAGE * Separate HTML IP Multicast Services in the Workgroup
20 Separate IMAGE * Separate HTML Switched Networks
21 Separate IMAGE * Separate HTML Switched Networks
22 Separate IMAGE * Separate HTML Switched Networks (Continued)
23 Separate IMAGE * Separate HTML Switched Networks - Evolution (1)
24 Separate IMAGE * Separate HTML Switched Networks - Evolution (2)
25 Separate IMAGE * Separate HTML Switched Networks
26 Separate IMAGE * Separate HTML Switch Networks (Continued)
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps640/scenarios
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Future of Multimedia Internet Systems
Given by Marek Podgorny at CPS640 MultiMedia and WWW on Spring 97 Semester. Foils prepared 31 January97More Detail! * Foil Index from this file * See also color IMAGE
| We will argue that the phenomenon of multimedia is symbiotic with and indigenous to the "information superhighway" |
| We will also argue that the future of the post-industrial society is critically dependent on the society's ability to build, maintain, and effectively utilize the information infrastructure. |
| As a result, the notion of multimedia is promoted from a relatively obscure technical term into one of the central issues of the contemporary society. |
| We will show how the developments in the global economy, government policies, social behavioral patterns, and information technology are intertwined and how they will define the societies' immediate future. |
Table of Contents for Future of Multimedia Internet Systems
1 Separate IMAGE * Separate HTML Multimedia and Society
2 Separate IMAGE * Separate HTML Multimedia: how relevant?
3 Separate IMAGE * Separate HTML Future of Multimedia
4 Separate IMAGE * Separate HTML Multimedia and Information Superhighway
5 Separate IMAGE * Separate HTML .... and then came Andressen, and said:
Connect, Download, and Be Merry!
6 Separate IMAGE * Separate HTML Multimedia: Scenarios of the Future
7 Separate IMAGE * Separate HTML The Goal of the Exercise
8 Separate IMAGE * Separate HTML FUTURE or future of multimedia?
9 Separate IMAGE * Separate HTML Driving Forces
10 Separate IMAGE * Separate HTML Possible Scenarios
11 Separate IMAGE * Separate HTML Scenarios vs. Driving Forces
12 Separate IMAGE * Separate HTML Scenarios: BizWorld
13 Separate IMAGE * Separate HTML Scenarios: BizWorld
14 Separate IMAGE * Separate HTML Scenarios: BizWorld
15 Separate IMAGE * Separate HTML Scenarios: BizWorld
16 Separate IMAGE * Separate HTML Scenario: Bizworld
17 Separate IMAGE * Separate HTML Scenario: Bizworld
18 Separate IMAGE * Separate HTML Scenario: Bizworld
19 Separate IMAGE * Separate HTML Scenario: BizWorld
20 Separate IMAGE * Separate HTML Scenario: BizWorld
21 Separate IMAGE * Separate HTML Scenario: BizWorld
22 Separate IMAGE * Separate HTML Scenario: Virtual World
23 Separate IMAGE * Separate HTML Scenario: Virtual World
24 Separate IMAGE * Separate HTML Scenario: Virtual World
25 Separate IMAGE * Separate HTML Scenario: Virtual World
26 Separate IMAGE * Separate HTML Scenario: Virtual World
27 Separate IMAGE * Separate HTML Scenario: Virtual World
28 Separate IMAGE * Separate HTML Scenario: Virtual World
29 Separate IMAGE * Separate HTML Scenario: Virtual World
30 Separate IMAGE * Separate HTML Scenario: Virtual World
31 Separate IMAGE * Separate HTML Scenario: Virtual World
32 Separate IMAGE * Separate HTML Scenario: Virtual World
33 Separate IMAGE * Separate HTML Scenario: Virtual World
34 Separate IMAGE * Separate HTML Scenario: Virtual World
35 Separate IMAGE * Separate HTML Scenario: Virtual World
36 Separate IMAGE * Separate HTML Scenario: Virtual World
37 Separate IMAGE * Separate HTML Scenario: Slow Boat
38 Separate IMAGE * Separate HTML Scenario: Slow Boat
39 Separate IMAGE * Separate HTML Scenario: Slow Boat
40 Separate IMAGE * Separate HTML Scenario: Slow Boat
41 Separate IMAGE * Separate HTML Scenario: Slow Boat
42 Separate IMAGE * Separate HTML Scenario: Slow Boat
43 Separate IMAGE * Separate HTML Scenario: Upstairs/Downstairs
44 Separate IMAGE * Separate HTML Scenario: Upstairs/Downstairs
45 Separate IMAGE * Separate HTML Scenario: Upstairs/Downstairs
46 Separate IMAGE * Separate HTML Scenario: Upstairs/Downstairs
47 Separate IMAGE * Separate HTML Scenario: Upstairs/Downstairs
48 Separate IMAGE * Separate HTML Scenarios' Dynamics
49 Separate IMAGE * Separate HTML Scenarios' Dynamics
50 Separate IMAGE * Separate HTML Scenarios' Dynamics
51 Separate IMAGE * Separate HTML Scenarios' Dynamics
52 Separate IMAGE * Separate HTML Scenarios' Dynamics
53 Separate IMAGE * Separate HTML The Future
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for ecs400spring97/ecs400a
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Software technologies for the Worl Wide Web-- ECS400 Course Overview
Given by Nancy J. McCracken at ECS400 Senior Undergraduate Course on Spring Semester 97. Foils prepared 11 May 97More Detail! * Foil Index from this file * See also color IMAGE
| This course is intended to introduce emerging software technologies relevant to the World Wide Web and equivalent subsets. The material will cover the languages Perl and Java and their use on the Web, including the development of interactive "applet" programs that are distributed via a network for execution on a receiving client machine. |
| Lab time will be devoted to using these languages in student projects. |
| Today we will ask students to fill out surveys about scheduling lectures and labs and about students' backgrounds. |
| Prerequisites: Students should have a good basic understanding of how computers work and should be confident in C or willing to learn C quickly. |
Table of Contents for Software technologies for the Worl Wide Web-- ECS400 Course Overview
1 Separate IMAGE * Separate HTML ECS 400
Software Technologies for
the World Wide Web
January 15, 1997
2 Separate IMAGE * Separate HTML First Class - Organizational Meeting
3 Separate IMAGE * Separate HTML Description of the Course
4 Separate IMAGE * Separate HTML Description of the Course, continued
5 Separate IMAGE * Separate HTML PERL4
6 Separate IMAGE * Separate HTML Java
7 Separate IMAGE * Separate HTML Projects using Engineering Calculations
8 Separate IMAGE * Separate HTML Projects using (flatfile) Databases
9 Separate IMAGE * Separate HTML Course Requirements
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for ecs400spring97/ecs400http
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Setting the Stage for CGI Programming: HTTP, URL, CGI, MIME, HTTPD and many other acronyms
Given by Nancy J. McCracken at ECS400 Senior Undergraduate Course on Spring Semester 1997. Foils prepared 11 May 1997More Detail! * Foil Index from this file * See also color IMAGE
| MIME stands for Multipart Internet Mail Extensions and is the developing standard for the contents of all messages passed over the Internet. |
| HTTP is Hypertext Transport Protocol and is the protocol that provides the basis of the World Wide Web: transmitting multimedia documents across the Internet. HTTPD is the daemon running the HTTP Web server. |
| URL stands for Uniform Resource Locator and is the universal addressing scheme for all documents (multimedia) on the WWW. |
| CGI is the Common Gateway Interface and is the scheme to interface other programs and systems to the HTTP Web protocol, using the same data protocols as the HTTP clients and servers. |
References:
|
Table of Contents for Setting the Stage for CGI Programming: HTTP, URL, CGI, MIME, HTTPD and many other acronyms
1 Separate IMAGE * Separate HTML Setting the Stage for CGI Programming:
HTTP, URL, CGI, MIME, HTTPD, and many other acronyms
too numerous to mention
2 Separate IMAGE * Separate HTML In a Nutshell
3 Separate IMAGE * Separate HTML Internet Documents: Drafts, Memos and Standards
4 Separate IMAGE * Separate HTML Internet Documents - Examples
5 Separate IMAGE * Separate HTML Internet E-Mail (RFC-822)
6 Separate IMAGE * Separate HTML Multipurpose Internet Mail Extension (MIME)
7 Separate IMAGE * Separate HTML MIME - Extension Model
8 Separate IMAGE * Separate HTML MIME - "Content-Type" Header Field
9 Separate IMAGE * Separate HTML MIME - Base Content Types
10 Separate IMAGE * Separate HTML MIME - Base Content Types, continued
11 Separate IMAGE * Separate HTML MIME - Implementation Status
12 Separate IMAGE * Separate HTML HTTP - Hypertext Transport Protocol
13 Separate IMAGE * Separate HTML HTTPD - HTTP Daemon
14 Separate IMAGE * Separate HTML URL - Uniform Resource Locator
15 Separate IMAGE * Separate HTML HTTP - How does it work?
16 Separate IMAGE * Separate HTML HTTP - GET Request Example
17 Separate IMAGE * Separate HTML HTTP - Reply Example
18 Separate IMAGE * Separate HTML HTTP - POST Request Example
19 Separate IMAGE * Separate HTML Common Gateway Interface (CGI) - an introduction
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for ecs400spring97/ecs400webintro
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Introduction to World Wide Web (WWW)
Given by Nancy J. McCracken at ECS400 Senior Undergraduate Course on Spring Semester 97. Foils prepared 11 May 1997More Detail! * Foil Index from this file * See also color IMAGE
The World Wide Web is a world-wide repository of linked information, called hypertext or hypermedia. It consists of
|
| In this talk, we give a brief background on the Internet and its services (telnet, ftp, news and mail), Client/Server Architectures, Networking, and several prominent Web technologies. |
| This is an introductory talk intended for people of any background who have used the Web, but wish to know more about how it works and what capabilities are possible. |
Table of Contents for Introduction to World Wide Web (WWW)
1 Separate IMAGE * Separate HTML Introduction to the World Wide Web (WWW)
and Web Technologies
2 Separate IMAGE * Separate HTML Introduction to the World Wide Web
3 Separate IMAGE * Separate HTML Background on the Internet
4 Separate IMAGE * Separate HTML History of the Internet
5 Separate IMAGE * Separate HTML History of the World Wide Web
6 Separate IMAGE * Separate HTML Applications based on information services typically use a Client/Server Architecture
7 Separate IMAGE * Separate HTML Familiar Clients and Servers
8 Separate IMAGE * Separate HTML The World Wide Web is a collection of clients and servers called browsers and Web sites
9 Separate IMAGE * Separate HTML Networking
10 Separate IMAGE * Separate HTML Internet Services: Telnet
11 Separate IMAGE * Separate HTML Internet Services: FTP
12 Separate IMAGE * Separate HTML Internet Services: News
13 Separate IMAGE * Separate HTML Internet Services: Mail Lists
14 Separate IMAGE * Separate HTML Web Content is Hyperlinked Multimedia
15 Separate IMAGE * Separate HTML Web Links can go to other Internet Services
16 Separate IMAGE * Separate HTML Multimedia types
17 Separate IMAGE * Separate HTML Forms and CGI Scripting
18 Separate IMAGE * Separate HTML The CGI script returns data through the server
19 Separate IMAGE * Separate HTML Web Search Engines
20 Separate IMAGE * Separate HTML Web Search Indexes
21 Separate IMAGE * Separate HTML Databases
22 Separate IMAGE * Separate HTML JavaScript
23 Separate IMAGE * Separate HTML Java
24 Separate IMAGE * Separate HTML Future Web Technologies: VRML
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps615dec596
Basic Foilset Search
HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-Linear Programming and Whirlwind Full Matrix Discussion
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 5 Decemr 96. Foils prepared 29 December 1996More Detail! * Foil Index from this file *
Secs 66.2
See also color IMAGE
| This lecture covers two distinct areas. |
| Firstly a short discussion of LInear Programming -- what type of problems its used for, what the equations look like and basic issues in the difficult use of parallel processing |
Then we give an abbreviated discussion of Full Matrix algorithms covering
|
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
CPS713 Lectures on Practical Optimization Methods 1994-1996
Parallel Full Matrix Algorithms
Table of Contents for CPS615-Linear Programming and Whirlwind Full Matrix Discussion
CPS 615 Lectures 1996 Fall Semester -- December 5 1996
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of December 5 - 1996
2 Separate IMAGE * Separate HTML Abstract of Dec 5 1996 CPS615 Lecture
Linear Programming
3 Original Foreign Pointer 5:Examples IV -- Linear Programming
4 Original Foreign Pointer 46:Linear Programming
5 Original Foreign Pointer 47:Convex Regions and Linear Programming
6 Original Foreign Pointer 48:Matrix Formulation of Linear Programming
Full Matrix Problems
7 Separate IMAGE * Separate HTML Review of Matrices seen in PDE's
8 Separate IMAGE * Separate HTML Examples of Full Matrices in Chemistry
9 Separate IMAGE * Separate HTML Operations used with Hamiltonian operator
10 Separate IMAGE * Separate HTML Examples of Full Matrices in Electromagnetics
11 Separate IMAGE * Separate HTML Computational Electromagnetics Formalism I
12 Separate IMAGE * Separate HTML Computational Electromagnetics Formalism II
13 Separate IMAGE * Separate HTML Comments on Computational Electromagnetics
14 Separate IMAGE * Separate HTML Summary of Use of Full Matrices in Chemistry
15 Separate IMAGE * Separate HTML Notes on the use of full matrices
16 Separate IMAGE * Separate HTML Full Matrix Multiplication
17 Separate IMAGE * Separate HTML Sub-block definition of Matrix Multiply
18 Separate IMAGE * Separate HTML Some References
19 Separate IMAGE * Separate HTML The First Algorithm
(Broadcast, Multiply, and Roll)
20 Separate IMAGE * Separate HTML The first stage -- index n=0 in sub-block sum -- of the algorithm on N=16 example
21 Separate IMAGE * Separate HTML The second stage -- n=1 in sum over subblock indices -- of the algorithm on N=16 example
22 Separate IMAGE * Separate HTML Second stage, continued
23 Separate IMAGE * Separate HTML Look at the whole algorithm on one element
24 Separate IMAGE * Separate HTML Cartesian Topology in MPI -- General
25 Separate IMAGE * Separate HTML Matrix Multiplication MPI Style Pseudocode
26 Separate IMAGE * Separate HTML Matrix Multiplication Pseudocode, continued
27 Separate IMAGE * Separate HTML Performance Analysis of Matrix Multiplication
28 Separate IMAGE * Separate HTML Cannon's Algorithm for Matrix Multiplication
29 Separate IMAGE * Separate HTML Parallel Decomposition
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps615nov1496
Basic Foilset Search
HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-Physical Simulation Techniques and Structure of CFD Equations
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 14 November 96. Foils prepared 29 December 1996More Detail! * Foil Index from this file *
Secs 64.8
See also color IMAGE
| This started with a description of current Web set-up of CPS615 and other foilsets |
| Then we started the foilset describing Physical Simulations and the various approaches -- Continuum Physics, Monte Carlo, Quantum Dynamics, and Computational Fluid Dynamics |
| For CFD we do enough to discuss why viscosity and High Reynolds numbers are critical in air and similar media |
| We discuss computation and communication needs of CFD compared to Laplace equation |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
Background in Partial Differential Equations with attention to CFD
Table of Contents for CPS615-Physical Simulation Techniques and Structure of CFD Equations
CPS 615 Lectures 1996 Fall Semester -- November14
Introduction to Web Resources for Class
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of November 14 - 1996
2 Separate IMAGE * Separate HTML Abstract of Nov 14 1996 CPS615 Lecture
Introduction to Physical Simulation and CFD
3 Separate IMAGE * Separate HTML Four Descriptions of Matter -- Quantum,Particle,Statistical, Continuum
4 Separate IMAGE * Separate HTML Quantum Physics and Examples of Use of Computation
5 Separate IMAGE * Separate HTML Particle Dynamics and Examples of Use of Computation
6 Separate IMAGE * Separate HTML Particle Dynamics and Example of Astrophysics
7 Separate IMAGE * Separate HTML Statistical Physics and Comparison of Monte Carlo and Particle Dynamics
8 Separate IMAGE * Separate HTML Continuum Physics as an approximation to Particle Dynamics
9 Separate IMAGE * Separate HTML Computational Fluid Dynamics (CFD) as an an Example of Continuum Physics
10 Separate IMAGE * Separate HTML First Four Variables of CFD: Derivation of the Continuity Equation
11 Separate IMAGE * Separate HTML Travelling Time Derivatives (D/ Dt) versus local time derivatives in continuity equation
12 Separate IMAGE * Separate HTML Newton's Laws or the Momentum Equation in CFD
13 Separate IMAGE * Separate HTML The Last (Energy) Equation of CFD: Features of the Full Navier Stokes Equation
14 Separate IMAGE * Separate HTML Discretization of CFD in 2 or 3 Dimensions -- Regular Example
15 Separate IMAGE * Separate HTML This is a typical non-uniform grid used to define an aircraft
16 Separate IMAGE * Separate HTML NASA's Estimate of Computing Needs for Reynolds Averaged Approximation (1994)
17 Separate IMAGE * Separate HTML Features of
Navier Stokes Equations and role of (small) viscosity
18 Separate IMAGE * Separate HTML Simple Model CFD-like Equation in Dimensionless Form
19 Separate IMAGE * Separate HTML The Reynolds Number R and Discussion of Interesting R and Viscosity Regimes
20 Separate IMAGE * Separate HTML Approximation levels for CFD
21 Separate IMAGE * Separate HTML What is so Strange about Large Reynolds Number? The second derivative Anomaly
22 Separate IMAGE * Separate HTML Laminar Flow Compared to Turbulent Flow Pictorially
23 Separate IMAGE * Separate HTML Why are boundaries important in the discontinuous limit of zero viscosity ?
24 Separate IMAGE * Separate HTML Large R Region - Boundary Layer Analysis To Extrapolate from Euler Equation Regime to the Boundary
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps615nov2696
Basic Foilset Search
HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-Finite Elements(Continued) and Conjugate Gradient
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 26 November 96. Foils prepared 29 December 1996More Detail! * Foil Index from this file *
Secs 67.6
See also color IMAGE
| This covers essentially all the finite element method and its solution using the conjugate gradient method |
| Only the simple 2D Laplace equation using triangular nodes is discussed |
| We stress variational method as an optimization method and you use this analogy to motivate conjugate gradient as an improved steepest descent approach |
| We discuss parallel computing issues for both finite element and conjugate gradient |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
CPS615 Foils on Finite Element Methods, Gauss Seidel, Conjugate Gradient and Differential Operators
Table of Contents for CPS615-Finite Elements(Continued) and Conjugate Gradient
CPS 615 Lectures 1996 Fall Semester -- November 26
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of November 26 - 1996
2 Separate IMAGE * Separate HTML Abstract of Nov 26 1996 CPS615 Lecture
Finite Element Methods
3 Original Foreign Pointer 24:Example for Two-Dimensional Triangular Elements
4 Original Foreign Pointer 25:Bilinear Form of Integral with Triangular Elements
5 Original Foreign Pointer 26:Formula for Stiffness Matrix Element
6 Original Foreign Pointer 27:Finite Element Equations
7 Original Foreign Pointer 28:Structure of Stiffness Matrix and Its Assembly
8 Original Foreign Pointer 29:Conditions on Triangulation
Conjugate Gradient Equations and Motivation
9 Original Foreign Pointer 30:Introduction to Poor Person's Conjugate Gradient
10 Original Foreign Pointer 31:Conjugate Gradient Iteration for Quadratic Form
11 Original Foreign Pointer 32:Conjugate Gradient and Method of Steepest Descent
12 Original Foreign Pointer 33:Conjugate Gradient for Finite Element Problems
13 Original Foreign Pointer 34:Poor Person's Conjugate Gradient and Eigenvalues of Matrix
14 Original Foreign Pointer 35:Diagonalization of Quadratic Form
15 Original Foreign Pointer 36:Diagonalization of Conjugate Gradient Equations
16 Original Foreign Pointer 37:Convergence of Conjugate Gradient in Diagonalized Form
17 Original Foreign Pointer 36:Diagonalization of Conjugate Gradient Equations
18 Original Foreign Pointer 38:Clarification of Eigenvalue Analysis for Conjugate Gradient and Jacobi Iteration
19 Original Foreign Pointer 39:Intuitive Description of Poor Person's Conjugate Gradient Algorithm
20 Original Foreign Pointer 40:Improvement of Poor Person's Conjugate Gradient with Orthonormal Iteration
21 Original Foreign Pointer 41:Full Conjugate Gradient Algorithm
Parallel Conjugate Gradient
22 Original Foreign Pointer 42:Overview of Parallelism in Conjugate Gradient
23 Original Foreign Pointer 43:Parallel Issues in Calculation of Matrix Elements
24 Original Foreign Pointer 44:Scalar Products in Parallel Conjugate Gradient
25 Original Foreign Pointer 45:Preconditioning in Conjugate Gradient
26 Original Foreign Pointer 46:Convergence of Conjugate Gradient
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps615nov796
Basic Foilset Search
HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-Completion of MPI foilset and Application to Jacobi Iteration in 2D
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 7 November 96. Foils prepared 11 November 1996More Detail! * Foil Index from this file * See also color IMAGE
| This completes the MPI general discussion with the basic message passing, collective communication and some advanced features |
It then returns to Laplace Example foilset to show how MPI can be used here
|
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
CPS615 Foils -- Message Passing Interface MPI for users
CPS615 Foils -- set C: Laplace Example -- Programming Models and Performance
Table of Contents for CPS615-Completion of MPI foilset and Application to Jacobi Iteration in 2D
CPS 615 Lectures 1996 Fall Semester -- November 7
Last part of General MPI Discussion
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of November 7 - 1996
2 Separate IMAGE * Separate HTML Abstract of Nov 7 1996 CPS615 Lecture
3 Separate IMAGE * Separate HTML Blocking Receive MPI_Recv(C) MPI_RECV(Fortran)
4 Separate IMAGE * Separate HTML Fortran example:Blocking Receive MPI_RECV
5 Separate IMAGE * Separate HTML Hello World:C Example of Send and Receive
6 Separate IMAGE * Separate HTML Interpretation of Returned Message Status
7 Separate IMAGE * Separate HTML Naming Conventions for Send and Receive
8 Separate IMAGE * Separate HTML Collective Communication
9 Separate IMAGE * Separate HTML Hello World:C Example of Broadcast
10 Separate IMAGE * Separate HTML Collective Computation
11 Separate IMAGE * Separate HTML Examples of Collective Communication/Computation
12 Separate IMAGE * Separate HTML More Examples of Collective Communication/Computation
13 Separate IMAGE * Separate HTML Examples of MPI_ALLTOALL
14 Separate IMAGE * Separate HTML Motivation for Derived Datatypes in MPI
15 Separate IMAGE * Separate HTML Derived Datatype Basics
16 Separate IMAGE * Separate HTML Simple Example of Derived Datatype
17 Separate IMAGE * Separate HTML More Complex Datatypes MPI_TYPE_VECTOR/INDEXED
18 Separate IMAGE * Separate HTML Use of Derived Types in Jacobi Iteration with Guard Rings--I
19 Separate IMAGE * Separate HTML Use of Derived Types in Jacobi Iteration with Guard Rings--II
20 Separate IMAGE * Separate HTML Other Useful Concepts in MPI
Go back to Use of MPI in Laplace Example -- Jacobi Iteration
21 Separate IMAGE * Separate HTML Parallel Laplace Programming: Set Up of
Message Passing for Jacobi Iteration in One Dimension
22 Separate IMAGE * Separate HTML Node Program: Message Passing for Laplace Sover
23 Separate IMAGE * Separate HTML Collective Communication Primitives
24 Separate IMAGE * Separate HTML Implementation of MPSHIFT(+1, SOURCE,DEST)
25 Separate IMAGE * Separate HTML Possible Implementation of MPSHIFT in MPI
26 Separate IMAGE * Separate HTML Implementation of SHIFT in MPI
27 Separate IMAGE * Separate HTML Implementation of GLOBALMAX (TEST)
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps615nov896
Basic Foilset Search
HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-Basic PDE Solver Discussion and Sparse Matrix Formulation
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 8 November 96. Foils prepared 11 November 1996More Detail! * Foil Index from this file * See also color IMAGE
| This starts basic module on Partial Differential Solvers with |
| Introduction to Classification of Equations |
| Basic Discretization |
| Derivation of Sparse Matrix Formulation |
| Analogies of Iteration with Artificial Time |
| Start of Explicit Matrix Formulation for Simple Cases |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
CPS615 Foils -- Master set G for Iterative Approachs to PDE Solution
Table of Contents for CPS615-Basic PDE Solver Discussion and Sparse Matrix Formulation
CPS 615 Lectures 1996 Fall Semester -- November 8
Introduction to PDE's
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of November 8 - 1996
2 Separate IMAGE * Separate HTML Abstract of Nov 8 1996 CPS615 Lecture
3 Separate IMAGE * Separate HTML Abstract of PDE and Iterative Solver CPS615 Module
Introduction to PDE's and their Classification
4 Separate IMAGE * Separate HTML Partial Differential Equations: Use in Continuum Physics
Examples and basic Notation
5 Separate IMAGE * Separate HTML Examples of Different Types of Partial Differential Equations:
The Wave Equation (Hyperbolic) and Typical One Dimensional Solution
6 Separate IMAGE * Separate HTML Examples of Different Types of Partial Differential Equations:
The Parabolic Equation
7 Separate IMAGE * Separate HTML Examples of Different Types of PDE's: Laplace and Poisson Elliptic Equations
8 Separate IMAGE * Separate HTML What Conditions are sufficient for solution of PDE's -- Cauchy Boundary Conditions and Hyperbolic,Parabolic and Elliptic PDE's
9 Separate IMAGE * Separate HTML Closed Boundaries; Dirichlet and Neumann Conditions
Summary of what PDE Types have What Boundary Conditions
10 Separate IMAGE * Separate HTML Examples of Open(Diffusion) and Closed(Laplace) Boundary Conditions
Discretization of Laplace's equation and Sparse Matrix Form
11 Separate IMAGE * Separate HTML Solutions to Elliptic Equations by Finite Differences
12 Separate IMAGE * Separate HTML Central Difference Operator with error O(h2)
13 Separate IMAGE * Separate HTML Difference Equation form of the Operator to solve Laplace's equation
14 Separate IMAGE * Separate HTML The 12 by 12 Block Tridiagonal Equations Coming from Laplace's Equation on a Tiny 5 by 6 Grid
15 Separate IMAGE * Separate HTML General Form of Sparse Matrix Coming from Laplace's Equation - I
16 Separate IMAGE * Separate HTML General Form of Sparse Matrix Coming from Laplace's Equation in two dimensions - II
Artificial Time Motivation of Iteration
17 Separate IMAGE * Separate HTML Iterative Methods and Analogy to Diffusion with an Artificial Time
18 Separate IMAGE * Separate HTML Solution of Artificial Time Equation as a Diffusion System Discretized in Space and Time
19 Separate IMAGE * Separate HTML General 2D Artificial Time Diffusion Equation in Iterative Form
20 Separate IMAGE * Separate HTML Traditional Iterative Methods as Special Cases of Artificial Time Diffusion Formalism
General Formulation of Iterative Solvers
21 Separate IMAGE * Separate HTML Simple Iterative Methods: Jacobi, Gauss-Seidel, SOR
22 Separate IMAGE * Separate HTML Matrix Notation for Iterative Methods
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HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-Discussion of Ordinary Differential Equations and Start of Parallel N-Body Algorithm
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 10 October 96. Foils prepared 28 December 1996More Detail! * Foil Index from this file *
Secs 44.6
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| This discusses solution of systems of ordinary differential equations (ODE) in the context of N squared particle dynamics problems |
| We start with motivation with brief discussion of relevant problems |
| We go through basic theory of ODE's including Euler, Runge-Kutta, Predictor-Corrector and Multistep Methods |
| We begin the discussion of solving N body problems using classic Connection Machine elegant but inefficient algorithm |
| Note -- Some foils expanded to two after talk and second one is given without audio in script |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
CPS615 Foils -- set E: ODE's and Particle Dynamics
Table of Contents for CPS615-Discussion of Ordinary Differential Equations and Start of Parallel N-Body Algorithm
CPS 615 Lectures 1996 Fall Semester -- October 10
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of October 10 - 1996
2 Separate IMAGE * Separate HTML Abstract of Oct 10 1996 CPS615 Lecture
Introduction to N body Algorithms
3 Separate IMAGE * Separate HTML Particle Applications - Ordinary Differential Equations (ODE's)
4 Separate IMAGE * Separate HTML Particle Applications - the N-body problem
5 Separate IMAGE * Separate HTML Newton's First Law -- The Gravitational Force on a Particle
6 Separate IMAGE * Separate HTML Equations of Motion -- Newton's Second Law
Overview of Numerical Methods for Ordinary Differential Equations
7 Separate IMAGE * Separate HTML Numerical techniques for solving ODE's
8 Separate IMAGE * Separate HTML Second and Higher Order Equations
9 Separate IMAGE * Separate HTML Basic Discretization of Single First Order Equation
10 Separate IMAGE * Separate HTML Errors in numerical approximations
11 Separate IMAGE * Separate HTML Runge-Kutta Methods: Euler's method
12 Separate IMAGE * Separate HTML Estimate of Error in Euler's method
13 Separate IMAGE * Separate HTML Relationship of Error to Computation
14 Separate IMAGE * Separate HTML Example using Euler's method from the CSEP book
15 Separate IMAGE * Separate HTML Approximate solutions at t=1,using Euler's method with different values of h
16 Separate IMAGE * Separate HTML Runge-Kutta Methods: Modified Euler's method
17 Separate IMAGE * Separate HTML Approximate solutions of the ODE for et at t=1, using modified Euler's method with different values of h
18 Separate IMAGE * Separate HTML The Classical Runge-Kutta -- In Words
19 Separate IMAGE * Separate HTML The Classical Runge-Kutta -- Formally
20 Separate IMAGE * Separate HTML The Classical Runge-Kutta Pictorially
21 Separate IMAGE * Separate HTML Predictor / Corrector Methods
22 Separate IMAGE * Separate HTML Definition of Multi-step methods
23 Separate IMAGE * Separate HTML Features of Multi-Step Methods
24 Separate IMAGE * Separate HTML Comparison of Explicit and Implicit Methods
First Part of N Body Discussion
25 Separate IMAGE * Separate HTML Solving the N-body equations of motion
26 Separate IMAGE * Separate HTML Representing the N-Body problem
27 Separate IMAGE * Separate HTML Form of the Computation
28 Separate IMAGE * Separate HTML N-body Runge Kutta Routine in Fortran90 - I
29 Separate IMAGE * Separate HTML Runge Kutta Routine in Fortran90 - II
30 Separate IMAGE * Separate HTML Computation of accelerations - a simple parallel array algorithm
31 Separate IMAGE * Separate HTML Simple Data Parallel Version of N Body Force Computation -- Grav -- I
32 Separate IMAGE * Separate HTML The Grav Function in Data Parallel Algorithm - II
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HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-End of N-Body Discussion and Beginning of Numerical Integration
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 15 October 96. Foils prepared 12 November 1996More Detail! * Foil Index from this file * See also color IMAGE
| This finishes the last part of N body and ODE discussion fociussing on pipeline data parallel algorithm |
| Note several foils were changed after presentation and so discussion is a little disconnected from foils at times |
| We start Numerical Integration with a basic discussion of Newton-Cotes formulae (including Trapezoidal and Simpson's rule) |
| We illustrate them pictorially |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
CPS615 Foils -- set E: ODE's and Particle Dynamics
CPS615 Numerical Integration Module
Table of Contents for CPS615-End of N-Body Discussion and Beginning of Numerical Integration
CPS 615 Lectures 1996 Fall Semester -- October 15
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of October 15 - 1996
2 Separate IMAGE * Separate HTML Abstract of Oct 15 1996 CPS615 Lecture
Last Part of N Body Discussion
3 Separate IMAGE * Separate HTML Simple Data Parallel Version of N Body Force Computation -- Grav -- I
4 Separate IMAGE * Separate HTML The Grav Function in Data Parallel Algorithm - II
5 Separate IMAGE * Separate HTML Some Inefficiencies of the N2 Algorithm - I
6 Separate IMAGE * Separate HTML Some Inefficiencies of the N2 Algorithm - II
7 Separate IMAGE * Separate HTML Better Pipeline Algorithm for Computation of Accelerations,
taking 1/2 the iterations of force computation - I
8 Separate IMAGE * Separate HTML Pipeline Algorithm in detail
9 Separate IMAGE * Separate HTML Basic pipeline operation
10 Separate IMAGE * Separate HTML Examples of Pipeline Algorithm
11 Separate IMAGE * Separate HTML Pipeline Algorithm Grav -- Part I
12 Separate IMAGE * Separate HTML Pipeline Algorithm for Grav -- Part II
13 Separate IMAGE * Separate HTML Grav Pipeline Algorithm, concluded
14 Separate IMAGE * Separate HTML Parallel Implementation - I
15 Separate IMAGE * Separate HTML Parallel Execution Time -I
16 Separate IMAGE * Separate HTML Parallel Execution Time -II
17 Separate IMAGE * Separate HTML N-body Problem is a one dimensional Algorithm
Start of Numerical Integration
18 Original Foreign Pointer 1:Introduction to Numerical Integration
19 Original Foreign Pointer 2:NI.1: Newton-Cotes Formulae
20 Original Foreign Pointer 3:Linear Equations for Coefficients
21 Original Foreign Pointer 4:Examples of Newton Cotes Rules I
22 Original Foreign Pointer 5:Examples of Newton Cotes Rules II
23 Original Foreign Pointer 6:Formulae for Examples: Trapezoidal and Simpson's Rules
24 Original Foreign Pointer 7:Summary of Newton Cotes Rules
25 Original Foreign Pointer 8:Errors in Newton Cotes Formulae
26 Original Foreign Pointer 9:Use of High Order Newton Cotes
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HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-Align and Distribute in HPF
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 1 October 96. Foils prepared 27 December 1996More Detail! * Foil Index from this file *
Secs 64.8
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| This continues the discussion of HPF in the area of distribution and ALIGN statements. |
| The discussion of ALIGN should be improved as audio makes dubious statements about "broadcasting" information. |
| The distribution discussion includes a reasonable descriuption of block and cyclic and when you should use them. |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
Overview of Fortran 90 and HPF Fall 96
Table of Contents for CPS615-Align and Distribute in HPF
CPS 615 Lectures 1996 Fall Semester -- October 1
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of October 1 - 1996
2 Separate IMAGE * Separate HTML Abstract of Oct 1 1996 CPS615 Lecture
Align
- Not so Good
4 Separate IMAGE * Separate HTML Replication in Align Directive
5 Separate IMAGE * Separate HTML General Alignments in HPF
6 Separate IMAGE * Separate HTML Formal Definition of Align Directive
7 Separate IMAGE * Separate HTML More obscure Complicated Examples of Align Directive
Distribute Statement
8 Separate IMAGE * Separate HTML Distribution Directive in HPF
9 Separate IMAGE * Separate HTML Basic Examples of Distribute Directive
10 Separate IMAGE * Separate HTML Two Dimensional Example of Distribute Directive
11 Separate IMAGE * Separate HTML The Two Basic Distributions in HPF
12 Separate IMAGE * Separate HTML The Example of Matrix Inversion
13 Separate IMAGE * Separate HTML Example of Graphics Rendering
14 Separate IMAGE * Separate HTML Example of Distribute Directive with Complex Alignment
15 Separate IMAGE * Separate HTML Dynamic Data Mapping
16 Separate IMAGE * Separate HTML Advanced Mapping Directives -- ReDistribution and ReAlign
17 Separate IMAGE * Separate HTML Advanced Mapping Directives -- Allocatable arrays and pointers
18 Separate IMAGE * Separate HTML Subprograms in HPF
19 Separate IMAGE * Separate HTML Passing Distributed Arrays as Subprogram Arguments in HPF
20 Separate IMAGE * Separate HTML Mapping Options for Dummy (Subroutine) Arguments
21 Separate IMAGE * Separate HTML Inherit Distribution Directive in HPF
22 Separate IMAGE * Separate HTML Summary of Mapping Directives in HPF
23 Separate IMAGE * Separate HTML Fundamental Parallelism Assumption in HPF
24 Separate IMAGE * Separate HTML Parallel statements and Constructs in HPF
25 Separate IMAGE * Separate HTML Parallelism in Fortran 90 array assignments
26 Separate IMAGE * Separate HTML WHERE (masked array assignment) in HPF
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HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-End of Basic Overview of Random Numbers and First Part of Monte Carlo Integration
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 22 October 96. Foils prepared 12 November 1996More Detail! * Foil Index from this file * See also color IMAGE
| This starts by finishing the simple overview of statistics |
| Covering Gaussian Random Numbers, Numerical Generation of Random Numbers both sequentially and in parallel |
| Then we describe the central limit theorem which underlies Monte Carlo method |
| Then it returns to Numerical Integration with the first part of discussion of Monte Carlo Integration |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
CPS615 Foils -- set D: Statistics and Random Numbers (In preparation for Monte Carlo)
CPS615 Numerical Integration Module
Table of Contents for CPS615-End of Basic Overview of Random Numbers and First Part of Monte Carlo Integration
CPS 615 Lectures 1996 Fall Semester -- October 22
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of October 22 - 1996
2 Separate IMAGE * Separate HTML Abstract of Oct 22 1996 CPS615 Lecture
Last Part of Random Number Discussion
3 Separate IMAGE * Separate HTML Generation of Gaussian Distributions
4 Separate IMAGE * Separate HTML How do computers get random numbers?
5 Separate IMAGE * Separate HTML Simple Random Number Generator
6 Separate IMAGE * Separate HTML More on Generation of Random Numbers Numerically
7 Separate IMAGE * Separate HTML An Illustration of Dangers of Correlations!
8 Separate IMAGE * Separate HTML Parallel Random Numbers
9 Separate IMAGE * Separate HTML The Law of Large Numbers or the Central Limit Theorem.
10 Separate IMAGE * Separate HTML Shapes of Probability Distributions in Central Limit Theorem
11 Separate IMAGE * Separate HTML Central Limit Theorem for Functions
12 Separate IMAGE * Separate HTML Error in Central Limit Averaging
13 Separate IMAGE * Separate HTML Simpson and Trapezoidal Rule Integrations
14 Separate IMAGE * Separate HTML Newton-Cotes and Iterated Rules
15 Separate IMAGE * Separate HTML Gaussian and Monte Carlo Integration
Start of Monte Carlo Integration
16 Original Foreign Pointer 33:Why Monte Carlo Methods Are Best in Multidimensional Integrals
17 Original Foreign Pointer 34:Best Multidimensional Integration Formulae
18 Original Foreign Pointer 35:Distribution of Points in Two-dimensional Integral Done by Newton-Cotes Style Formulae
19 Original Foreign Pointer 36:Distribution of Points in Two-dimensional Integral Done by Monte Carlo
20 Original Foreign Pointer 37:Use of Bounding Boxes to Calculate --- I
21 Original Foreign Pointer 38:Use of Bounding Boxes to Calculate --- II
22 Original Foreign Pointer 39:Use of Bounding Boxes in Complicated Geometries --- I
23 Original Foreign Pointer 40:Use of Bounding Boxes in Complicated Geometries --- II
24 Original Foreign Pointer 41:IMPORTANCE Sampling Basic Theory
25 Original Foreign Pointer 42:Choice of Importance Sampling Weight Function --- I
26 Original Foreign Pointer 43:Choice of Importance Sampling Weight Function --- II
27 Original Foreign Pointer 44:Monte Carlo Approach to Discrete Integrals
28 Original Foreign Pointer 45:Why Use Monte Carlo for Summations?
29 Original Foreign Pointer 46:Example of using Monte Carlo for Summations
30 Original Foreign Pointer 47:The Wrong Way to Perform Multiple Monte Carlo
31 Original Foreign Pointer 48:Stock Market Example of Multiple Monte Carlos --- I
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HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-End of Numerical Integration and Very End of HPF
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 24 October 96. Foils prepared 11 November 1996More Detail! * Foil Index from this file * See also color IMAGE
| This covers two topics: |
| Monte Carlo Integration for large scale Problems using Experimental and Theoretical high energy physics as an example |
| This includes accept-reject methods, uniform weighting and parallel algorithms |
| Then we complete HPF discussion with embarassingly parallel DO INDEPENDENT discussed in Monte Carlo case |
| And HPF2 Changes |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
CPS615 Numerical Integration Module
Overview of Fortran 90 and HPF Fall 96
Table of Contents for CPS615-End of Numerical Integration and Very End of HPF
CPS 615 Lectures 1996 Fall Semester -- October 24
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of October 24 - 1996
2 Separate IMAGE * Separate HTML Abstract of Oct 24 1996 CPS615 Lecture
Last Part of Numerical Integration Discussion
3 Original Foreign Pointer 51:Accept/Reject Method for Generating General Probability Distributions
4 Original Foreign Pointer 52:Estimate of Maximum in Accept/Reject Method
5 Original Foreign Pointer 53:Introduction to Metropolis Method
6 Original Foreign Pointer 54:The Metropolis Procedure
7 Original Foreign Pointer 55:Why Metropolis Method Works
8 Original Foreign Pointer 56:Monte Carlo Examples Example 1: An Experimental Physics Application
9 Original Foreign Pointer 57:A High Energy Experiment Scenario
10 Original Foreign Pointer 58:An Experimental Physics Monte Carlo
11 Original Foreign Pointer 59:Double Monte Carlo's Again --- I
12 Original Foreign Pointer 60:Double Monte Carlo's Again --- II
13 Original Foreign Pointer 61:A Monte Carlo Event
14 Original Foreign Pointer 62:Uniform Weight Events
15 Original Foreign Pointer 64:Example 2: Parallel Computing for ``Event'' Monte Carlos
16 Original Foreign Pointer 65:Example 3: Lattice Monte Carlo Theoretical Physics
17 Original Foreign Pointer 66:Choice of Points in Lattice Monte Carlo
18 Original Foreign Pointer 67:Pictorial View of Lattice Monte Carlo Integrands
19 Original Foreign Pointer 68:Metropolis and Heat Bath Methods
20 Original Foreign Pointer 69:Calculation of Observables
21 Original Foreign Pointer 70:Example 4: Parallel Computing for Lattice Theory
22 Original Foreign Pointer 71:A Problem Lattice Decomposed Onto a 64-node Machine Arranged as a Machine Lattice
Very last Part of HPF Discussion
23 Separate IMAGE * Separate HTML !HPF$ INDEPENDENT, NEW Variable
24 Separate IMAGE * Separate HTML Extrinsics in HPF
25 Separate IMAGE * Separate HTML High Performance Fortran HPF2 Changes
26 Separate IMAGE * Separate HTML ON HOME for Computation Placement
27 Separate IMAGE * Separate HTML Reductions in INDEPENDENT DO Loops
28 Separate IMAGE * Separate HTML Spawning Tasks in HPF
29 Separate IMAGE * Separate HTML New Data Mapping Features in HPF 2.0 - I
30 Separate IMAGE * Separate HTML New Data Mapping Features in HPF 2.0 - II
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HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-Initial Lecture on MPI ending with discussion of basic MPI_SEND
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 31 October 96. Foils prepared 11 November 1996More Detail! * Foil Index from this file *
Secs 74.8
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| This covers MPI from a user's point of view and is meant to be a supplement to other online resources from MPI Forum, David Walker's Tutorial, Ian Foster's "Designing and Building Parallel Programs", Gropp,Lusk and Skjellum "Using MPI" |
| An Overview is based on subset of 6 routines that cover send/receive, environment inquiry (for rank and total number of processors) initialize and finalization with simple examples |
| Processor Groups, Collective Communication and Computation and Derived Datatypes are also discussed |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
CPS615 Foils -- Message Passing Interface MPI for users
Table of Contents for CPS615-Initial Lecture on MPI ending with discussion of basic MPI_SEND
CPS 615 Lectures 1996 Fall Semester -- October 31 -- Halloween
First Part of MPI Discussion
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of October 31 - 1996
2 Separate IMAGE * Separate HTML Abstract of MPI -- The Message Passing Interface -- Presentation
3 Separate IMAGE * Separate HTML MPI Overview -- Comparison with HPF -- I
4 Separate IMAGE * Separate HTML MPI Overview -- Comparison with HPF -- II
5 Separate IMAGE * Separate HTML Some Key Features of MPI
6 Separate IMAGE * Separate HTML Some Difficulties with MPI
7 Separate IMAGE * Separate HTML Why use Processor Groups?
8 Separate IMAGE * Separate HTML MPI Conventions
9 Separate IMAGE * Separate HTML Standard Constants in MPI
10 Separate IMAGE * Separate HTML The Six Fundamental MPI routines
11 Separate IMAGE * Separate HTML MPI_Init -- Environment Management
12 Separate IMAGE * Separate HTML MPI_Comm_rank -- Environment Inquiry
13 Separate IMAGE * Separate HTML MPI_Comm_size -- Environment Inquiry
14 Separate IMAGE * Separate HTML MPI_Finalize -- Environment Management
15 Separate IMAGE * Separate HTML Hello World in C plus MPI
16 Separate IMAGE * Separate HTML Comments on Parallel Input/Output - I
17 Separate IMAGE * Separate HTML Comments on Parallel Input/Output - II
18 Separate IMAGE * Separate HTML Review of Message Passing Paradigm
19 Separate IMAGE * Separate HTML Basic Point to Point Message Passing I
20 Separate IMAGE * Separate HTML Basic Point to Point Message Passing II
21 Separate IMAGE * Separate HTML Blocking Send MPI_Send(C) MPI_SEND(Fortran)
22 Separate IMAGE * Separate HTML Blocking Receive MPI_Recv(C) MPI_RECV(Fortran)
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HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-Lecture on Performance(end) and Computer Technologies(start)
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 10 September 96. Foils prepared 27 october 1996More Detail! * Foil Index from this file *
Secs 50.4
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| This starts by filling in details of communication overhead in parallel processing for case where "range" of interaction is large |
| We show two old examples from Caltech illustrates correctness of analytic form |
We return to discussion of computer architectures describing
|
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
CPS615 Foils -- set C: Laplace Example -- Programming Models and Performance
Table of Contents for CPS615-Lecture on Performance(end) and Computer Technologies(start)
CPS 615 Lectures 1996 Fall Semester -- September 10
We first finish the discussion of overhead (tcomm/tcalc) as we added a few foils that we noted last time were missing!
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of September 10 - 1996
2 Separate IMAGE * Separate HTML Abstract of Sept 10 1996 CPS615 Lecture
3 Separate IMAGE * Separate HTML Communication to Calculation Ratio as a function of template
4 Separate IMAGE * Separate HTML Performance for Increasing Stencil
5 Separate IMAGE * Separate HTML Matrix Multiplication on the Hypercube
6 Separate IMAGE * Separate HTML Efficiency of QCD Physics Simulation on JPL MarkIIIfp Hypercube
We continue A Brief Discussion of Computer Architectures
7 Separate IMAGE * Separate HTML Architecture Classes of High Performance Computers
8 Separate IMAGE * Separate HTML von Neuman Architecture in a Nutshell
9 Separate IMAGE * Separate HTML Illustration of Importance of Cache
10 Separate IMAGE * Separate HTML Vector Supercomputers in a Nutshell - I
11 Separate IMAGE * Separate HTML Vector Supercomputing in a picture
12 Separate IMAGE * Separate HTML Vector Supercomputers in a Nutshell - II
13 Separate IMAGE * Separate HTML Flynn's Classification of HPC Systems
14 Separate IMAGE * Separate HTML Parallel Computer Architecture Memory Structure
15 Separate IMAGE * Separate HTML Comparison of Memory Access Strategies
16 Separate IMAGE * Separate HTML Types of Parallel Memory Architectures -- Physical Characteristics
17 Separate IMAGE * Separate HTML Diagrams of Shared and Distributed Memories
18 Separate IMAGE * Separate HTML Parallel Computer Architecture Control Structure
19 Separate IMAGE * Separate HTML Some Major Hardware Architectures - MIMD
20 Separate IMAGE * Separate HTML MIMD Distributed Memory Architecture
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HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-Lecture on Computer Architectures and Networks
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 12 September 96. Foils prepared 11 November 1996More Detail! * Foil Index from this file * See also color IMAGE
This continues the computer architecture discussion with
|
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
Master Set B of Overview Material on Parallel Computing for CPS615 Foils
Table of Contents for CPS615-Lecture on Computer Architectures and Networks
CPS 615 Lectures 1996 Fall Semester -- September 12
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of September 12 - 1996
2 Separate IMAGE * Separate HTML Abstract of Sept 12 1996 CPS615 Lecture
We continue A Brief Discussion of Computer Architectures
3 Separate IMAGE * Separate HTML Parallel Computer Architecture Control Structure
4 Separate IMAGE * Separate HTML Some Major Hardware Architectures - MIMD
5 Separate IMAGE * Separate HTML MIMD Distributed Memory Architecture
6 Separate IMAGE * Separate HTML Some Major Hardware Architectures - SIMD
7 Separate IMAGE * Separate HTML SIMD (Single Instruction Multiple Data) Architecture
8 Separate IMAGE * Separate HTML Some Major Hardware Architectures - Mixed
9 Separate IMAGE * Separate HTML Some MetaComputer Systems
10 Separate IMAGE * Separate HTML Comments on Special Purpose Devices
11 Separate IMAGE * Separate HTML The GRAPE N-Body Machine
12 Separate IMAGE * Separate HTML Why isn't GRAPE a Perfect Solution?
13 Separate IMAGE * Separate HTML Granularity of Parallel Components - I
14 Separate IMAGE * Separate HTML Granularity of Parallel Components - II
15 Separate IMAGE * Separate HTML Switch and Bus based Architectures
16 Separate IMAGE * Separate HTML Classes of Communication Networks
17 Separate IMAGE * Separate HTML Examples of Interconnection Topologies
18 Separate IMAGE * Separate HTML Useful Concepts in Communication Systems
19 Separate IMAGE * Separate HTML Communication Performance of Some MPP's
20 Separate IMAGE * Separate HTML Implication of Hardware Performance
21 Separate IMAGE * Separate HTML Latency and Bandwidth of a Network
22 Separate IMAGE * Separate HTML Transfer Time in Microseconds for both Shared Memory Operations and Explicit Message Passing
23 Separate IMAGE * Separate HTML Latency/Bandwidth Space for 0-byte message(Latency) and 1 MB message(bandwidth).
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HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-Introduction to F90 Features, Rationale for HPF and Problem Architecture
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 24 September 96. Foils prepared 27 December 1996More Detail! * Foil Index from this file *
Secs 139.6
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| This continues the discussion of Fortran 90 with a set of overview remarks on each of the key new capabilities of this language |
| We also comment on value of Fortran90/HPF in a world that will switch to Java |
We disgress to discuss a general theory of problem architectures as this explains such things as tradeoffs
|
| And the types of applications each software model is designed to address |
| (Note Server errors at start which confuses audio) |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
Overview of Fortran 90 and HPF Fall 96
Part A:Overview of Programming Paradigms and Relation to Applications
Table of Contents for CPS615-Introduction to F90 Features, Rationale for HPF and Problem Architecture
CPS 615 Lectures 1996 Fall Semester -- September 24
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of September 24 - 1996
2 Separate IMAGE * Separate HTML Abstract of Sept 24 1996 CPS615 Lecture
General Discussion of Fortran 90
3 Separate IMAGE * Separate HTML Important Features of Fortran90
4 Separate IMAGE * Separate HTML Introduction to Fortran90 Arrays - I
5 Separate IMAGE * Separate HTML Introduction to Fortran90 Arrays - II
6 Separate IMAGE * Separate HTML Fortran90 Arrays and Memory Allocation
7 Separate IMAGE * Separate HTML More on Fortran90 Arrays and Subroutines
8 Separate IMAGE * Separate HTML Typical Use of Array and Intrinsic Operations
9 Separate IMAGE * Separate HTML Derived Type in Fortran90
10 Separate IMAGE * Separate HTML Examples of POINTER's in Fortran90
11 Separate IMAGE * Separate HTML MODULEs in Fortran90
12 Separate IMAGE * Separate HTML MODULEs INTERFACES and Overloaded Operators in Fortran90
Introduction to HPF -- Rationale
13 Separate IMAGE * Separate HTML Outline of HPF Discussion
14 Separate IMAGE * Separate HTML Information on HPF and HPF Forum (HPFF)
15 Separate IMAGE * Separate HTML Possible Programming Models
16 Separate IMAGE * Separate HTML Data Parallel Programming Model
Structure of Problems
17 Separate IMAGE * Separate HTML Problem Architectures
18 Separate IMAGE * Separate HTML Computing as a Mapping Problem
19 Separate IMAGE * Separate HTML Complex Systems to give a Theory of Computing
20 Separate IMAGE * Separate HTML Parallel Computing is "just" an optimization problem, even if we can't agree on what to optimize
21 Separate IMAGE * Separate HTML Complex System Representation of Levels in Computer Software
22 Separate IMAGE * Separate HTML 5 Categories of Problems
23 Separate IMAGE * Separate HTML Example of Basic Problem Architectures Regular Synchronous Problem Class
24 Separate IMAGE * Separate HTML Example of Basic Problem Architectures Irregular Loosely Synchronous
25 Separate IMAGE * Separate HTML Example of Basic Problem Architectures The difficult Asynchronous Class
26 Separate IMAGE * Separate HTML Example of Basic Problem Architectures for MetaProblem Class
27 Separate IMAGE * Separate HTML Software Bus Structure of USMADE
28 Separate IMAGE * Separate HTML The Mapping of Heterogeneous Metaproblems onto Heterogeneous Metacomputer Systems
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps615sept2696
Basic Foilset Search
HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-Introduction to Virtual Programming Lab -- Problem Architecture Continued and Start of Real HPF
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 26 September 96. Foils prepared 29 December 1996More Detail! * Foil Index from this file *
Secs 48.9
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| This quickly completes the discussion of problem architecture but rather than continuing qualitative discussion of HPF applications in notes |
| Jumped to a discussion of HPF language describing |
| Basic Approach to Parallelism with "owner-computes" rule |
| Types of new constructs with |
| TEMPLATE ALIGN and PROCESSORS described |
| The lecture started with a description of the Web based Programming Laboratory developed by Kivanc Dincer |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
Part B:Overview of Programming Paradigms and Relation to Applications
Overview of Fortran 90 and HPF Fall 96
Table of Contents for CPS615-Introduction to Virtual Programming Lab -- Problem Architecture Continued and Start of Real HPF
CPS 615 Lectures 1996 Fall Semester -- September 26
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of September 26 - 1996
2 Separate IMAGE * Separate HTML Abstract of Sept 26 1996 CPS615 Lecture
End of Problem Architecture Discussion
3 Separate IMAGE * Separate HTML The map of Problem ---> Computer is performed in two or more statges
4 Separate IMAGE * Separate HTML The Mapping of Space of Problem Architectures onto Space of Machine Architectures
5 Separate IMAGE * Separate HTML What determines when Parallelism is Clear ?
6 Separate IMAGE * Separate HTML Evaluation of High Performance Fortran What applications need what features of HPF and its extensions ?
Start of "real" discussion of HPF
7 Separate IMAGE * Separate HTML Parallelism in HPF
8 Separate IMAGE * Separate HTML Fortran77 is part of Fortran90
9 Separate IMAGE * Separate HTML HPF Features
10 Separate IMAGE * Separate HTML What gives high performance in HPF
11 Separate IMAGE * Separate HTML Compiler directives used in HPF
12 Separate IMAGE * Separate HTML What does an HPF Compiler do?
13 Separate IMAGE * Separate HTML Syntax of HPF Directives
14 Separate IMAGE * Separate HTML Data Mapping in HPF
15 Separate IMAGE * Separate HTML Staged Data Mapping in HPF
16 Separate IMAGE * Separate HTML Template in HPF
17 Separate IMAGE * Separate HTML Abstract Processors in HPF
18 Separate IMAGE * Separate HTML Example of Template and Processors
19 Separate IMAGE * Separate HTML Align Directive in HPF
20 Separate IMAGE * Separate HTML Examples of Align Directive
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps615sept596
Basic Foilset Search
HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-Lecture on Performance(end) and Computer Technologies(start)
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 5 September 96. Foils prepared 15 September 1996More Detail! * Foil Index from this file *
Secs 74.8
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| This starts by considering the analytic form for communication overhead and illustrates its stencil dependence in simple local cases -- stressing relevance of grain size |
The implication for scaling and generalizing from Laplace example is covered
|
| We noted some useful material was missing and this was continued in next lecture (Sept 10,96) |
| The lecture starts coverage of computer architecture covering base technologies with both CMOS covered in an earlier lecture contrasted to Quantum and Superconducting technology |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
CPS615 Foils -- set C: Laplace Example -- Programming Models and Performance
Table of Contents for CPS615-Lecture on Performance(end) and Computer Technologies(start)
CPS 615 Lectures 1996 Fall Semester -- September 5
We first finish the Performance (of Laplace's Equation) discussion where we added some material based on realization that last lecture was incomplete!
1 Separate IMAGE * Separate HTML Delivered Lectures for CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Lecture of September 5 - 1996
2 Separate IMAGE * Separate HTML Abstract of Sept 5 1996 CPS615 Lecture
3 Separate IMAGE * Separate HTML Communication Overhead
4 Separate IMAGE * Separate HTML Analytical Form of Speed Up for Communication Overhead
5 Separate IMAGE * Separate HTML General Form of Efficiency
6 Separate IMAGE * Separate HTML Communication to Calculation Ratio as a function of template
7 Separate IMAGE * Separate HTML Speed Up as a Function of Grain Size
Start A Brief Discussion of Computer Architectures
- This Lecture discusses Technologies used and their characteristics that will impact architecures
- We skip ncube2 Pictures in formal course
9 Separate IMAGE * Separate HTML Architectures for High Performance Computers - I
10 Separate IMAGE * Separate HTML Architectures for High Performance Computers - II
11 Separate IMAGE * Separate HTML There is no Best Machine!
12 Separate IMAGE * Separate HTML Quantum Computing - I
13 Separate IMAGE * Separate HTML Quantum Computing - II
14 Separate IMAGE * Separate HTML Quantum Computing - III
15 Separate IMAGE * Separate HTML Superconducting Technology -- Past
16 Separate IMAGE * Separate HTML Superconducting Technology -- Present
17 Separate IMAGE * Separate HTML Superconducting Technology -- Problems
18 Separate IMAGE * Separate HTML Superconducting Technology -- Present
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for crpcnetcomp2
Basic Foilset Search
HELP! * GREEN=global GREY=local Full Index for GLOBAL foilset Emerging Network(Web) Technologies for Scientific Computing
Given by Geoffrey C. Fox at CRPC NSF Review on August 16 1996 . Foils prepared August 17 1996More Detail! * Foil Index from this file *
Secs 51
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| We describe some of forces driving the Web and its technologies of relevance to large scale distributed metacomputing |
We focus on Two Areas in this talk
|
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Foilset for Web Based Network Technologies for Scientific Computing
Master Foilset for HPCS95 Keynote Presentation
Supercomputing 95 Tutorial on Web Technologies for Education Master Presentation
Collection of GIF Images for General NPAC Projects 1995-March96
Collection of GIF Images for General NPAC Projects April96-
General Collection of Foils for CRPC Annual Meeting
Table of Contents for Emerging Network(Web) Technologies for Scientific Computing
1 Separate IMAGE * Separate HTML Emerging Network Technologies for Scientific Computing
CRPC Review Meeting
August 16 1996
http://www.npac.syr.edu/users/gcf/crpcnetcomp2/index.html
2 Separate IMAGE * Separate HTML Abstract of Emerging Network Technologies for Scientific Computing
3 Separate IMAGE * Separate HTML CRPC Context for Presentation
4 Separate IMAGE * Separate HTML Some Critical Features of Java and Parallelism
5 Separate IMAGE * Separate HTML Some Critical Features of Java and Scientific Computing
6 Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? - I
7 Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? - II
8 Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? - III
9 Separate IMAGE * Separate HTML PCRC Naturally Fits in with WebWork
10 Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? - IV
11 Separate IMAGE * Separate HTML Let us Examine Issues with an Example --
"HPF on the Web" - I
12 Separate IMAGE * Separate HTML A WWVM based on Web and PVM Technologies
13 Separate IMAGE * Separate HTML Syracuse HPF Compiler on the Web-- Input Page
14 Separate IMAGE * Separate HTML Syracuse HPF Compiler on the Web-- Output Page
15 Separate IMAGE * Separate HTML Let us Examine Issues with an Example -- "HPF on the Web" - II
16 Separate IMAGE * Separate HTML Kivanc Dincer's Java FrontEnd to Pablo - I
17 Separate IMAGE * Separate HTML Kivanc Dincer's Java FrontEnd to Pablo - II
18 Separate IMAGE * Separate HTML Issues in Use of Web Servers as a Compute Net - I
19 Separate IMAGE * Separate HTML RSA130 Factorization is completed!
20 Separate IMAGE * Separate HTML NCSA Biology Workbench
21 Separate IMAGE * Separate HTML Issues in Use of Web Servers as a Compute Net - II
22 Separate IMAGE * Separate HTML Applications of Java for Visualization/GUI Builder
23 Separate IMAGE * Separate HTML Main Window for Java Interface to Distributed Computing Environment
24 Separate IMAGE * Separate HTML Screens Opened for Java Interface to Distributed Computing Environment
25 Separate IMAGE * Separate HTML Remarks on HPJava -- Data Parallel Java - I
26 Separate IMAGE * Separate HTML Remarks on HPJava -- Data Parallel Java - II
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for sc96tutorial
Basic Foilset Search
HELP! * YELLOW=global GREY=local Full Index for GLOBAL foilset Part 1 of Tutorial on Web Technologies and applications to HPCC and HealthCare
Given by Geoffrey Fox at Supercomputing 96 on 18 November 96. Foils prepared Sept 30 1996More Detail! * Foil Index from this file *
Secs 76.3
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We describe key Web Technologies with illustrations of their use
|
| We describe a Web Software Architecture with NII (National Information Infrastructure) applications built on top of generic services which are themselves built with Web Technologies and implemented on top of the "WebWindows" operating environment |
| We review NII services which include Commerce, Desk(Web)Top productivity, InfoVision (multimedia information dissemination), Collaboration and MetaComputing |
We describe NII applications such as manufacturing briefly and focus on three areas:
|
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for NPAC Supercomputing 96 Tutorial
Set of Add-On Foils for Research Presentations
Master Foilset for HPCS95 Keynote Presentation
Master Foilset for RCI Presentation on HPCC and NII for Industry and Education
InfoVISION: Information Video Simulation Imagery ON demand
Master of Overview of NII and Web Technology for NII ASOP Review at Langley
Collection of GIF Images for General NPAC Projects April96-
Miscellaneous Presentation Material used in 1996
General Collection of Foils for CRPC Annual Meeting
Additional Material for Web Technology Presentations July 95 -- March 96
Discussion of NII for Real World -- Education Medicine Journalism
Collection of GIF Images for General NPAC Projects 1995-March96
Master for Overview foils for NII Review for MADIC
Web Technologies for Education and NPAC Projects Master Presentation
Setting the Stage for CGI Programming: HTTP, URL, CGI, MIME, HTTPD and many other acronyms
Introduction to CGI Programming
Master Foilset for Web Based Network Technologies for Scientific Computing
Kim Mills Collection of GIF Images for NPAC Projects 96-
Introductory Lectures on Java -- An Overview Mixing Code and Comments
CRPC Lectures on Java Language Applets Graphics
HyperWorld -- Collaboration and Computation: Design and Prototype Components
CPS616 Lectures on JavaScript
Master Foilset for Rome Laboratory-NPAC-Vanguard Collaborative and Interactive Visualization -- First Project Review
CPS616 VRML and Use of Databases as backend and Application to GIS
Overview of VRML 1.0 Language with Examples
CPS600 Presentation on Linkage of Web to Relational(Oracle) Databases
Master Foilset for Web-Oracle Integration
Access of Data using SQL-PL/SQL-OraPerl in Oracle
Master Foilset for Technologies and Issues for Virtual University
Pictures of Web Pages for Modules of Phy105/106
Screendumps of kidsweb web pages
Overview foils for Computational Science Overview at Illinois -- May 1995
Master Support set for Engineering and Computer Science Presentations
ASOP Requirements for the NII
ASOP Framework and Technology Plan
CRPC Annual Meeting WebWindows Presentation
Master Set of Presentations on Java for Computational Science
Supercomputing 95 Tutorial on Web Technologies for Education Master Presentation
Master Foilset for The Future of HPF -- MetaComputing and the World Wide Web
Table of Contents for Part 1 of Tutorial on Web Technologies and applications to HPCC and HealthCare
A denotes presence of Additional linked information Indicates Available audio which is greyed out if missing
Part1:Introduction Technologies Education and HPCC
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Separate IMAGE * Separate HTML Supercomputing 96 at PittsburghTutorial on Web Technology and HPCC
Monday November 1996
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Separate IMAGE * Separate HTML Abstract of NPAC's Supercomputing 96 Tutorial
We Start with the Current Party Line Web Technology Scenario and relation to HPCC
Web Technology has Three Opportunities
- Use the Web to implement HPCC and Computing Environments
- Use the Web to teach both internally to the University and Across the World
- Teach the (Advanced) Web to Eager Students
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Separate IMAGE * Separate HTML Web Technology has at least three opportunities for you and me!
The (to some gloomy) Status of HPCC
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Separate IMAGE * Separate HTML Superficial Observations on High Performance Computing-I
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Separate IMAGE * Separate HTML Superficial Observations on High Performance Computing-II
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Separate IMAGE * Separate HTML Superficial Observations on High Performance Communication
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Separate IMAGE * Separate HTML Some Implications of HPCC Observations
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Separate IMAGE * Separate HTML However we need more than fast enough machinesWe also need a large enough market to sustain technology (systems and software)
The Web can come to the rescue!
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Separate IMAGE * Separate HTML World Wide Web (WWW) is key to HPCC Implementation
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Separate IMAGE * Separate HTML NII Compute & Communications Capability in Year 2000 --> 2005
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Separate IMAGE * Separate HTML Ultimate Vision and Implementation of NII and InfoVision
Architecture of the Web
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Separate IMAGE * Separate HTML Architecture of Web Software
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Separate IMAGE * Separate HTML Some Critical Emerging Web Technologies
The Growth of the Internet!
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Separate IMAGE * Separate HTML Start of Neat Set of Pictures on Internet Trends
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Separate IMAGE * Separate HTML Number of InterNet Hosts !989-1996
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Separate IMAGE * Separate HTML Number of InterNet Hosts !989-1996 and Projected to Year 2000
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Separate IMAGE * Separate HTML Number of www prefixed hosts 1993-1995
WebWindows is a Critical Unifying Concept
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Separate IMAGE * Separate HTML Open Universal WebWindows -- A Revolution in the Software Industry!
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Separate IMAGE * Separate HTML The WebWindows Operating System
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Separate IMAGE * Separate HTML Examples and Why WebWindows will Dominate Software Industry?
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Separate IMAGE * Separate HTML Illustration of WebWindows Concept for Presentation Software
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Separate IMAGE * Separate HTML RCIHalloween Presentation Foil on WebFoil in WebFoil!!
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Separate IMAGE * Separate HTML JavaScript Based WebFoil Prototype
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Separate IMAGE * Separate HTML Lessons of WebFoil for WebWindows Software Development Scenario
A topical illustration of IntraNets
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Separate IMAGE * Separate HTML Business Enterprise Systems and the Web
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Separate IMAGE * Separate HTML What is a Web or HPMMCC Network Server ?
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Separate IMAGE * Separate HTML Business Week Feature on IntraNet February 1996 -- Full Cover Picture
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Separate IMAGE * Separate HTML Business Week Feature on IntraNet February 1996 -- Graph
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Separate IMAGE * Separate HTML WebServer Hardware and Software Business Estimate
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Separate IMAGE * Separate HTML Synergy of InterNet and IntraNets
Back to the Current Party Line Web Technology Scenario
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Separate IMAGE * Separate HTML Architecture of Web Software
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Separate IMAGE * Separate HTML Basic Structure of World Wide Web
The new look of the Web is much richer!
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Separate IMAGE * Separate HTML The Java/Netscape2.0 Client server Model
The "Old Web Basics"
- PERL4 and PERL5 Illustrated by CGI Scripts
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Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell - III
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Separate IMAGE * Separate HTML In a Nutshell
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Separate IMAGE * Separate HTML The Flow of Data amongst the Client, Server and CGI Script
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Separate IMAGE * Separate HTML The Flow of Data amongst the Client, Server and CGI Script
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Separate IMAGE * Separate HTML Example form for Hello, World!
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Separate IMAGE * Separate HTML Example CGI program in Perl for Hello, World!
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Separate IMAGE * Separate HTML Perl subprogram to read input from web forms - Part I
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Separate IMAGE * Separate HTML Perl subprogram - Part II
Base Web Technologies -- First Java
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Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell - I
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Separate IMAGE * Separate HTML Some Critical Features of Java and Scientific Computing
Java Example -- The Visible Human
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Separate IMAGE * Separate HTML Figure 6:Impressive early Java demo (fromBrown Univ.) -- sorting algorithms
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Separate IMAGE * Separate HTML Dining Philosopher Educational Applet
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Separate IMAGE * Separate HTML Nuclear Reactor Educational Applet
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Separate IMAGE * Separate HTML Visible Human
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Separate IMAGE * Separate HTML The Java Magic Cube from Michael Chang
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Separate IMAGE * Separate HTML The Java Talking Head Collaboratory from EFP
Note Transfer of an AVS Image Processing Application to Java
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Separate IMAGE * Separate HTML Segmentation Definition Java Applet - II
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Separate IMAGE * Separate HTML Segmentation AVS Environment (from around 1991) I
Java the Language
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Separate IMAGE * Separate HTML The Simplest Java Application: Hello, World!
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Separate IMAGE * Separate HTML The Simplest Java Applet: Hello, World!
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Separate IMAGE * Separate HTML Displaying your applet from a Web page.
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Separate IMAGE * Separate HTML The Graphics class
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Separate IMAGE * Separate HTML Using Graphics properties
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Separate IMAGE * Separate HTML Sun's Comparison of Language Features
A
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Separate IMAGE * Separate HTML Performance of Java is Dreadful!
Java is Language of Choice for Servers?
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Original Foreign Pointer 40:Java Web Servers: Jigsaw, Jeeves
Remarks on Java/Web and HPCC/Scientific Computation
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Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? - I
A
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Separate IMAGE * Separate HTML LinPack Java Performance Updated to Sept 30 1996
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Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? - II
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Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? - III
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Separate IMAGE * Separate HTML Isn't the Web hardware and software too slow to be interesting for HPCC? - IV
JavaScript Examples
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Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell - II
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Separate IMAGE * Separate HTML Possible Uses of JavaScript in Education
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Separate IMAGE * Separate HTML Structure of Index -- mainframe Case
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Separate IMAGE * Separate HTML JavaScript Based WebFoil Prototype
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Separate IMAGE * Separate HTML JavaScript Based Patient Record Database -I
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Separate IMAGE * Separate HTML JavaScript Based Patient Record Database -II
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Separate IMAGE * Separate HTML The JavaScript SlideShow Stepping through CareWeb Images - I
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Separate IMAGE * Separate HTML The JavaScript SlideShow Stepping through CareWeb Images - II
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Separate IMAGE * Separate HTML The JavaScript WebWisdom System -- Foilworld Homepage
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Separate IMAGE * Separate HTML Netscape JavaScript Implementation of Granite Sentry Command and Control Interface
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Separate IMAGE * Separate HTML General Remarks on JavaScript
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Separate IMAGE * Separate HTML Hello World Example of JavaScript- I
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Separate IMAGE * Separate HTML Hello World Example of JavaScript- II
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Separate IMAGE * Separate HTML Example of Clicking on a Form - I
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Separate IMAGE * Separate HTML Example of Clicking on a Form - II
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Separate IMAGE * Separate HTML Example of Parameterized HTML
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Separate IMAGE * Separate HTML Comparison of Java and JavaScript -- I
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Separate IMAGE * Separate HTML Comparison of Java and JavaScript -- II
VRML is another important technology!
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Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell - V
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Separate IMAGE * Separate HTML T4:GIS - 3D Terrain Rendering in VRML
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Separate IMAGE * Separate HTML VRML Terrain Renerer with Herkimer House Web Page
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Separate IMAGE * Separate HTML Link between Interactive Journey and classroom multimedia projects
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Separate IMAGE * Separate HTML VRML Tutorial from Alvin Leung/Meryem Ispirli -- a Car!!
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Separate IMAGE * Separate HTML GIS integration with Weather Simulation application - I.
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Separate IMAGE * Separate HTML GIS integration with Weather Simulation application - II.
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Separate IMAGE * Separate HTML VRML - Virtual Reality Modeling Language -- Overview
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Separate IMAGE * Separate HTML VRML -- Specification
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Separate IMAGE * Separate HTML VRML - Language characteristics
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Separate IMAGE * Separate HTML Example I - Shapes
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Separate IMAGE * Separate HTML Example II - Properties
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Separate IMAGE * Separate HTML Example III - Group Nodes
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Separate IMAGE * Separate HTML Example IV - Textures
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Separate IMAGE * Separate HTML VRML - Nodes I
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Separate IMAGE * Separate HTML VRML1.0 Separator Node I
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Separate IMAGE * Separate HTML VRML1.0 Separator Node II -- Formal Specification
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Separate IMAGE * Separate HTML Structure of the Pyramid with Coordinate3 and IndexedFaceSet - I
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Separate IMAGE * Separate HTML Structure of the Pyramid with Coordinate3 and IndexedFaceSet - II
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Separate IMAGE * Separate HTML VRML1.0 IndexedFaceSet Node I
Collaboration is perhaps most Important Web development!
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Original Foreign Pointer 14:Survey of Collaboratory Technologies
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Original Foreign Pointer 15:Collaboratory Survey: Database 'Bridges'
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Original Foreign Pointer 16:Collaboratory Survey: Synchronous Mirrors
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Original Foreign Pointer 17:Collaboratory Survey: TVR Environments
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Original Foreign Pointer 19:NCSA Habanero Collaboratory
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Original Foreign Pointer 20:Examples of Habanero Applications
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Original Foreign Pointer 21:Habanero Tools
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Original Foreign Pointer 22:Habanero Session
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Original Foreign Pointer 30:Shaking Hands Collaboratory
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Original Foreign Pointer 31:Shaking Hands Collaboratory
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Original Foreign Pointer 32:VisualMOO Collaboratory
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Separate IMAGE * Separate HTML TANGO Collaborative System Control Panel and 3 Applications -- User 1
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Separate IMAGE * Separate HTML TANGO Collaborative System Control Panel and 6 Applications
Some More Technologies -- Still critical but not Brand New!
Integration of Web with Databases Illustrates use of common interfaces in system building
The Integration of Web with Relational Data Bases is Remarkably Succesful
- And brings powerful technology associated with mainframes and giant organizations to real people
- Examples are Oracle-Web Interface to Usenet and other Services
- and Oracle-Web Interface to Books on Parallel Computing
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Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell - IV
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Separate IMAGE * Separate HTML Newsgroup Search on 'biology'
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Separate IMAGE * Separate HTML Newsgroup Search on 'biology'
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Separate IMAGE * Separate HTML Carrier Search Home Page
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Separate IMAGE * Separate HTML WebWindows DataBase Activities at NPACOracle (Relational) , Illustra (Object) Databases linked to the Web
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Separate IMAGE * Separate HTML Client-Server Architecture for WOW
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Separate IMAGE * Separate HTML Choices of Formats and Filters in Web Systems
Oracle PL/SQL Technology is Powerful
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Separate IMAGE * Separate HTML Examples of the Use of HTP and HTF - I
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Separate IMAGE * Separate HTML Examples of the Use of HTP and HTF - II
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Separate IMAGE * Separate HTML The PL/SQL Package For Phone Example - I
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Separate IMAGE * Separate HTML The PL/SQL Package For Phone Example - II
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Separate IMAGE * Separate HTML The Web Page - Search Interface - I
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Separate IMAGE * Separate HTML The Web Page - Search Interface - II
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Separate IMAGE * Separate HTML Explanation of Example of PL/SQL Stored Procedure
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Separate IMAGE * Separate HTML More Examples of PL/SQL Procedures for Web/Oracle Application
Java Database Connection JDBC is future
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Original Foreign Pointer 42:Domain-specific Java Web Servers: CareWeb
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Original Foreign Pointer 43:Web/Database Evolution 1: Central Oracle Server
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Original Foreign Pointer 44:Web/Database Evolution 2: JDBC Interoperability
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Original Foreign Pointer 45:Web/Database Evolution 3: Distributed Databases
Digital Video Technologies
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Separate IMAGE * Separate HTML Some (New) Web Technologies in a Nutshell - VI
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Separate IMAGE * Separate HTML Possible Uses of Digital Video in Education
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Separate IMAGE * Separate HTML CNN Newsource Database, video of President Clinton
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Separate IMAGE * Separate HTML Netscape shows the close caption text associated with the movie.
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Separate IMAGE * Separate HTML One of the Video Server Asset Management interfaces-I.
*************** Start applications and Services ***********
- Earlier and More Specific Application and Service reviews are given in:
- Web Application and Services Overview as of June96
- Web Application Overview
- NII(Web) Services Overview
- Education specifically is: Web Technologies as a Revolution in Teaching at K-12 and University Level
- Health Care is: Web Technology and its Use in Medical Informatics and TeleMedicine
- Computing and Problem Solving Environments: Problem Solving Environments from Simulation, Medicine and Defense using the Web
- HPCC Futures Topic 3: Role of Web Technologies in HPCC
- One particular Web Based Computing Project: Lessons and Implementation -- RSA Factoring on the Web
- The WebWork Paper
- The Webwindows Paper
- The SC95 Living School Book Paper
- And you will find a rich set of Information in:
- Our Mother of all Technology Presentations with lots of foilsets produced by wwwfoil foil manipulation package
Applications on the Web are built on top of Generic Services
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Separate IMAGE * Separate HTML Architecture of Web Software
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Separate IMAGE * Separate HTML Some Relevant NII Services-I
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Separate IMAGE * Separate HTML Some Relevant NII Services-II
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Separate IMAGE * Separate HTML Problem Solving Environments
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Separate IMAGE * Separate HTML Medical Applications
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Separate IMAGE * Separate HTML Example WebPSE Applications
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Separate IMAGE * Separate HTML Multi-purpose Bridge Technology -- Overview
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Separate IMAGE * Separate HTML Multi-purpose Bridge Technology --- Examples
Application Overview
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Separate IMAGE * Separate HTML Use of NII Services in Particular Applications -- HealthCare and Telemedicine
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Separate IMAGE * Separate HTML Use of NII Services in Particular Applications -- Education
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Separate IMAGE * Separate HTML Use of NII Services in Particular Applications -- Society
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Separate IMAGE * Separate HTML Use of NII Services in Particular Applications-- Business (Enterprise Systems)
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Separate IMAGE * Separate HTML Use of NII Services in Particular Applications-- Defence and Crisis Management
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Separate IMAGE * Separate HTML Use of NII Services in Particular Applications -- Collaboratory
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Separate IMAGE * Separate HTML Use of NII Services in Particular Applications-- Manufacturing of Complex Systems
And Here the detailed applications start
Education as an NII Application
- Virtual University Activities that NPAC is involved in:
- Done in great detail in Technologies and Issues for Virtual University and Web Technologies for Education and NPAC Projects
- And Web Technologies as a Revolution in Teaching at K-12 and University Level or in less detail Web Technology and Applications for Education
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Separate IMAGE * Separate HTML Education and the Web
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Separate IMAGE * Separate HTML Use of NII Services in Particular Applications -- Education
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Separate IMAGE * Separate HTML Implications of Brave New Web World for Education
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Separate IMAGE * Separate HTML Some Virtual University Activities Involving NPAC -- I
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Science for the Twentyfirst Century is a sophisticated hyperlinked educational resource and includes simulation, homework, internal and external material
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Separate IMAGE * Separate HTML Encoder neural network tutorial and simulation page
The next Example is Living Text/Schoolbook
- The Living Schoolbook is designed to exploit ATM performance real time video and so one cannot illustrate directly on slower web.
A reasonable description is electronically Screendumps of Living Textbook web pages And example images and Example page from Living Textbook showing "Video on Demand" with content from Discovery Channel are available
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Separate IMAGE * Separate HTML Overview of the Living Schoolbook Project
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Separate IMAGE * Separate HTML The Living Schoolbook Project Partners
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FLAG is a major effort to link Africa and the Far East by ocean cable
- This enables the Global Virtual University
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Separate IMAGE * Separate HTML Comments on FLAG (Fiber Optic Link Across the Globe) and the Virtual University - I
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Separate IMAGE * Separate HTML Comments on FLAG (Fiber Optic Link Across the Globe) and the Virtual University - II
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Separate IMAGE * Separate HTML Fiber Link Across the Globe FLAG -- Topology
Kids Web is a digital library for K-12 use of Internet and the following Illustrates Title page and one section of library (on Space from NASA)
For example Example of Kidsweb Title Page
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Separate IMAGE * Separate HTML Kidsweb Home Page and Table of Contents for Arts, Science
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Separate IMAGE * Separate HTML Astronomy and Space content - Combined picture of Jupiter with Comet Shoemaker-Levy9 fragments
New Approachs to Computational Science
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Separate IMAGE * Separate HTML Program in Computational ScienceImplemented within current academic framework
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Separate IMAGE * Separate HTML Program in Information Age Computational Science Implemented Within Current Academic Program
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Separate IMAGE * Separate HTML Scope of Certificate in Computational Science
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Separate IMAGE * Separate HTML Scalable Certificates in Computational Science
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Separate IMAGE * Separate HTML Chinese Youth reports ICPSEP, the "classroom across countries" between NPAC at Syracuse University, USA, and PACT at Harbin Institute of Technology, China
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Separate IMAGE * Separate HTML Xin Wan Bao reports ICPSEP, the "classroom across countries" between NPAC at Syracuse University, USA, and PACT at Harbin Institute of Technology, China
Summary of Technology Possibilities in Education
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Separate IMAGE * Separate HTML Possible Uses of JavaScript in Education
End More Details on Education
*** Start Manufacturing Application ******
- With one initial foil on a Collaboratory which underlies many applications discussed
- It is the Bridge again
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Separate IMAGE * Separate HTML Manufacturing
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Separate IMAGE * Separate HTML Use of NII Services in Particular Applications -- Collaboratory
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Separate IMAGE * Separate HTML Use of NII Services in Particular Applications-- Manufacturing of Complex Systems
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Separate IMAGE * Separate HTML ASOP and Multidisciplinary Analysis and Design(MAD)
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Separate IMAGE * Separate HTML NII Enhances ASOP in a Multi-Organization Activity
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Separate IMAGE * Separate HTML Industrial/Academic/Government Consensus is ASOP Basis
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Separate IMAGE * Separate HTML ASOP Introduces Aerospace Paradigm Shifts
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Separate IMAGE * Separate HTML 2.0 ASOP Object Backplane - Functional Services for Users
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Separate IMAGE * Separate HTML 2.1 Collaboration Services - Support Virtual Co-location
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Separate IMAGE * Separate HTML 2.2 Configuration Control Services - Critical for User
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Separate IMAGE * Separate HTML 2.3 Metacomputing Services - Distributed Computing
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Separate IMAGE * Separate HTML 2.4 Security and Access Services - Critical to ASOP
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Separate IMAGE * Separate HTML 2.5 Object & Data Services - Robust Integration for ASOP
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Separate IMAGE * Separate HTML 5.2 Configuration Control Services - Driven by ASOP
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Separate IMAGE * Separate HTML 5.3 Metacomputing Services - Coordinated NII Computing
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Separate IMAGE * Separate HTML An anecdote contrasting MPP and NII value in Manufacturing
**** Computing on the Web ****
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Separate IMAGE * Separate HTML Overall Principles of Computing on the Web
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Separate IMAGE * Separate HTML Web based HPCC at NPAC: URLs
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Separate IMAGE * Separate HTML Topics Illustrated in Computing on the Web
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Separate IMAGE * Separate HTML HPCC needs a large enough market to sustain technology (systems and software)
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Separate IMAGE * Separate HTML WebWork Summary for PCRC
Our First Web Computation -- RSA Factoring
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Separate IMAGE * Separate HTML Factoring RSA Numbers and Security
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Separate IMAGE * Separate HTML A WebWork Approach to Breaking Bank of England
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Separate IMAGE * Separate HTML Features of CLIENT CODE
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Separate IMAGE * Separate HTML RSA130 Factorization is completed!
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Separate IMAGE * Separate HTML Digital Crime(!?) Home Page
HPCC for Financial Modeling
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Separate IMAGE * Separate HTML Aspects of Financial World Motivating HPCC
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Separate IMAGE * Separate HTML Financial Application areas for which High-performance computing technologies are becoming indispensable
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Separate IMAGE * Separate HTML Path Integral Approach to Derivative Valuation
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Separate IMAGE * Separate HTML Parallel Maximum Entropy and optimization
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Separate IMAGE * Separate HTML Web-based System Integration -- Initial Server Implementation
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Separate IMAGE * Separate HTML Option Pricing
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Separate IMAGE * Separate HTML Option Pricing
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Separate IMAGE * Separate HTML Option Pricing
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Separate IMAGE * Separate HTML Option Pricing
More Material on WebFlow and DataFlow
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Separate IMAGE * Separate HTML Java as a GUI
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Separate IMAGE * Separate HTML Next Steps in Visual Programming for Chaining and Aggregating Services -- WebFlow!!
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Original Foreign Pointer 41:WebFlow/WebVM Overview
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Original Foreign Pointer 51:WebFlow Design and Prototyping (cont)
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Original Foreign Pointer 52:WebFlow Management Design
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Original Foreign Pointer 57:WebFlow View on Emergent Java Systems
Java Plus Message Passing
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Separate IMAGE * Separate HTML Classes of Simulations and their High Performance Needs
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Separate IMAGE * Separate HTML Some Critical Features of Java and Parallelism - II
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Separate IMAGE * Separate HTML Select Active Processors in HPJava Demo
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Separate IMAGE * Separate HTML Game of Life Setup Panel in HPJava Demo
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Separate IMAGE * Separate HTML Game of Life Execution Pattern in HPJava Demo
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Separate IMAGE * Separate HTML Remarks on HPJava -- Data Parallel Java - I
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Separate IMAGE * Separate HTML Remarks on HPJava -- Data Parallel Java - II
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Separate IMAGE * Separate HTML Suggested Action Items at NPAC
NIST SP2 Interface
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Separate IMAGE * Separate HTML Login to SP2 with a Web Interface at NIST - I
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Separate IMAGE * Separate HTML Login to SP2 with a Web Interface at NIST - II
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Separate IMAGE * Separate HTML Login to SP2 with a Web Interface at NIST - III
Cornell ARMS System
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HPF and MPI Webwindows Interface
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Separate IMAGE * Separate HTML HPF/MPI Programming Laboratory on the Web
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Separate IMAGE * Separate HTML Cornell Virtual Workshop HPF Module
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Separate IMAGE * Separate HTML Virtual Workshop Programming Laboratory -- Compilation II
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Separate IMAGE * Separate HTML Virtual Workshop Programming Laboratory -- Execute the Program!
A Good Example from NCSA of Web Based Computing in Biology
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Java Applet to Control NASA Distributed Computing Environment
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Separate IMAGE * Separate HTML Screens Opened for Java Interface to Distributed Computing Environment
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Separate IMAGE * Separate HTML Data Window Opened for Java Interface to Distributed Computing Environment
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Separate IMAGE * Separate HTML Specification Screen Opened for Java Interface to Distributed Computing Environment
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Separate IMAGE * Separate HTML Subroutine Specification Screen Opened for Java Interface to Distributed Computing Environment
Java Interface for Performance Evaluation and Monitoring
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Separate IMAGE * Separate HTML Performance Visualization of Sorting Algorithm
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Separate IMAGE * Separate HTML Kivanc Dincer's Java FrontEnd to Pablo - I
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Separate IMAGE * Separate HTML Kivanc Dincer's Java FrontEnd to Pablo - II
HPF and Classic Computing on the Web
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Separate IMAGE * Separate HTML WebHPF and Other Full Programming Environments
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Separate IMAGE * Separate HTML PCRC Naturally Fits in with WebWork
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Separate IMAGE * Separate HTML NPAC HPF Compiler on the WWW -- Architectural Design
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Separate IMAGE * Separate HTML NPAC HPF Compiler on the WWW -- Architectural Design -- Contd
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Separate IMAGE * Separate HTML A World-Wide Virtual Machine design based on Web and PVM technologies
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Separate IMAGE * Separate HTML A WWVM based on Web and PVM Technologies
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Separate IMAGE * Separate HTML Architecture of NPAC HPF Compilation System on WWW
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Separate IMAGE * Separate HTML Syracuse HPF Compiler on the Web-- Input Page
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Separate IMAGE * Separate HTML Syracuse HPF Compiler on the Web-- Output Page
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Separate IMAGE * Separate HTML Web Technologies at NPAC: WebAMR Example
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Separate IMAGE * Separate HTML Interpreters versus Compilers -- I?
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Separate IMAGE * Separate HTML Interpreters versus Compilers -- Domain Specific Environments
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Separate IMAGE * Separate HTML Java and HPF Futures
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Separate IMAGE * Separate HTML VRML and HPF Futures
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Separate IMAGE * Separate HTML Some Remarks on HPJava
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps615C
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset CPS615 Foils -- set C: Laplace Example -- Programming Models and Performance
Given by Geoffrey C. Fox at CPS615 Basic Simulation Track for Computational Science on Fall Semester 95. Foils prepared 2 October 1995More Detail! * Foil Index from this file * See also color IMAGE
| This takes Jacobi Iteration for Laplace's Equation in a 2D square and uses this to illustrate: |
| Programming in both Data Parallel (HPF) and Message Passing (MPI and a simplified Syntax) |
| SPMD -- Single Program Multiple Data -- Programming Model |
| Stencil dependence of Parallel Program and use of Guard Rings |
| Collective Communication |
| Basic Speed Up,Efficiency and Performance Analysis with edge over area dependence and consideration of load imbalance and communication overhead effects. |
Table of Contents for CPS615 Foils -- set C: Laplace Example -- Programming Models and Performance
1 Separate IMAGE * Separate HTML CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1995 --
Lecture Stream 3 --
The Laplace Example
Programming and Performance
2 Separate IMAGE * Separate HTML Abstract of Laplace Example for CPS615
3 Separate IMAGE * Separate HTML Parallel Computing
Algorithms and
Software --
Laplace Example
4 Separate IMAGE * Separate HTML The Solution of Laplace's Equation
5 Separate IMAGE * Separate HTML Discretized Form of Laplace'e Equation on a Parallel Processor
6 Separate IMAGE * Separate HTML Basic Structure of Domain to be Updated in Parallel Version
7 Separate IMAGE * Separate HTML Sequential and Introduction to Parallel Coding for the
Laplace Example
8 Separate IMAGE * Separate HTML SEQUENTIAL LAPLACE PROGRAMMING
JACOBI ITERATION IN ONE DIMENSION
(constant in y direction)
9 Separate IMAGE * Separate HTML SEQUENTIAL LAPLACE PROGRAMMING
JACOBI ITERATION IN TWO DIMENSIONS
10 Separate IMAGE * Separate HTML Approaches to Parallel Programming
11 Separate IMAGE * Separate HTML SPMD or SCMD
Single Program (code) Multiple Data
12 Separate IMAGE * Separate HTML Data Parallel
Programming for
Laplace Example
13 Separate IMAGE * Separate HTML Parallel Laplace Programming
Data Parallel for Jacobi Iteration in One Dimension
14 Separate IMAGE * Separate HTML Notes on HPF Implementation of Lapace Solver
15 Separate IMAGE * Separate HTML Message Passing Model
Used for Parallel
Programming for
Laplace Example
16 Separate IMAGE * Separate HTML Basic Message Passing Approach
17 Separate IMAGE * Separate HTML Message Passing Overview
18 Separate IMAGE * Separate HTML Parallel Laplace Programming: Set Up of
Message Passing for Jacobi Iteration in One Dimension
19 Separate IMAGE * Separate HTML Node Program: Message Passing for Laplace Sover
20 Separate IMAGE * Separate HTML Collective Communication Primitives
21 Separate IMAGE * Separate HTML Implementation of MPSHIFT(+1, SOURCE,DEST)
22 Separate IMAGE * Separate HTML Possible Implementation of MPSHIFT in MPI
23 Separate IMAGE * Separate HTML Implementation of SHIFT in MPI
24 Separate IMAGE * Separate HTML Implementation of GLOBALMAX (TEST)
25 Separate IMAGE * Separate HTML General Features
of
Laplace Example
26 Separate IMAGE * Separate HTML What does the Laplace Update calculation look like?
27 Separate IMAGE * Separate HTML The Various Stencil Special Cases
28 Separate IMAGE * Separate HTML Communication Loads
29 Separate IMAGE * Separate HTML What is the relation of sequential and parallel programming models ?
30 Separate IMAGE * Separate HTML More on SPMD Programming Model and Sequential/Parallel Comparison
31 Separate IMAGE * Separate HTML Programming with Guard Rings - Sequential
32 Separate IMAGE * Separate HTML Programming with Guard Rings - Parallel
33 Separate IMAGE * Separate HTML Special Case of Corner Processor
34 Separate IMAGE * Separate HTML Analysis of Parallel Overheads
Efficiency and
Speedup
35 Separate IMAGE * Separate HTML General Formalism for Speed Up
36 Separate IMAGE * Separate HTML What Affects Speed Up ?
37 Separate IMAGE * Separate HTML Load Imbalance and Speed-Up for Laplace Example -- I
38 Separate IMAGE * Separate HTML Load Imbalance and Speed-Up for Laplace Example -- II
39 Separate IMAGE * Separate HTML Analytical Analysis of Load Imbalance
40 Separate IMAGE * Separate HTML Communication Overhead
41 Separate IMAGE * Separate HTML Analytical Form of Speed Up for Communication Overhead
42 Separate IMAGE * Separate HTML General Form of Efficiency
43 Separate IMAGE * Separate HTML Communication to Calculation Ratio as a function of template
44 Separate IMAGE * Separate HTML Performance for Increasing Stencil
45 Separate IMAGE * Separate HTML Matrix Multiplication on the Hypercube
46 Separate IMAGE * Separate HTML Efficiency of QCD Physics Simulation on JPL MarkIIIfp Hypercube
47 Separate IMAGE * Separate HTML General Analysis of Overheads and Efficiency
48 Separate IMAGE * Separate HTML Speed Up as a Function of Grain Size
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps615D
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset CPS615 Foils -- set D: Statistics and Random Numbers (In preparation for Monte Carlo)
Given by Geoffrey C. Fox at CPS615 Basic Simulation Track for Computational Science on Fall Semester 95. Foils prepared 21 October 1995More Detail! * Foil Index from this file * See also color IMAGE
| This CPS615 Module has an overview of Random Numbers and statistics at the level needed for clear discussion of Monte Carlo Integration |
| It starts with basic properties of Random Numbers and extensions to multiple random variables and concept of independencs |
| Derivation of non-uniform probability distribution is illustrated with Gaussian distribution |
| We discuss computer generation of random variables for both sequential and parallel machines |
Table of Contents for CPS615 Foils -- set D: Statistics and Random Numbers (In preparation for Monte Carlo)
1 Separate IMAGE * Separate HTML Lecture Stream 4
CPS 615 -- Computational Science in
Simulation Track
Statistics and Random Numbers
October 15, 1995
2 Separate IMAGE * Separate HTML Abstract for Statistics and Random Numbers CPS615 Module
3 Separate IMAGE * Separate HTML Basic Properties of Random Numbers
4 Separate IMAGE * Separate HTML Means and Standard Deviations
5 Separate IMAGE * Separate HTML Multiple Random Variables -- Correlation and Independence
6 Separate IMAGE * Separate HTML Generation of Random Numbers
7 Separate IMAGE * Separate HTML Derivation of NonUniform Probability Distributions
8 Separate IMAGE * Separate HTML Mean and Standard Deviation of a function of a Random Variable
9 Separate IMAGE * Separate HTML The Gaussian Distribution
10 Separate IMAGE * Separate HTML Generation of Gaussian Distributions
11 Separate IMAGE * Separate HTML How do computers get random numbers?
12 Separate IMAGE * Separate HTML Simple Random Number Generator
13 Separate IMAGE * Separate HTML More on Generation of Random Numbers Numerically
14 Separate IMAGE * Separate HTML An Illustration of Dangers of Correlations!
15 Separate IMAGE * Separate HTML Parallel Random Numbers
16 Separate IMAGE * Separate HTML The Law of Large Numbers or the Central Limit Theorem.
17 Separate IMAGE * Separate HTML Shapes of Probability Distributions in Central Limit Theorem
18 Separate IMAGE * Separate HTML Central Limit Theorem for Functions
19 Separate IMAGE * Separate HTML Error in Central Limit Averaging
20 Separate IMAGE * Separate HTML Simpson and Trapezoidal Rule Integrations
21 Separate IMAGE * Separate HTML Newton-Cotes and Iterated Rules
22 Separate IMAGE * Separate HTML Gaussian and Monte Carlo Integration
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps615E
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset CPS615 Foils -- set E: ODE's and Particle Dynamics
Given by Nancy McCracken and Geoffrey C. Fox at CPS615 Basic Simulation Track for Computational Science on Fall Semester 95/96. Foils prepared 11 October 1996More Detail! * Foil Index from this file * See also color IMAGE
| This uses the simple O(N2) Particle Dynamics Problem as a motivator to discuss solution of ordinary differential equations |
| We discuss Euler, Runge Kutta and predictor corrector methods |
| The simple data parallel O(N2) algorithm is given in Fortran90 |
| The better Pipeline version is also given |
Table of Contents for CPS615 Foils -- set E: ODE's and Particle Dynamics
1 Separate IMAGE * Separate HTML CPS 615 -- Computational Science in
Simulation Track
Module on ODE's and Particle Dynamics
October 23, 1995
Updated Oct 11,1996
2 Separate IMAGE * Separate HTML Abstract of ODE and Particle Dynamics
3 Separate IMAGE * Separate HTML Particle (N-Body) Applications and Ordinary Differential Equations (ODE's)
4 Separate IMAGE * Separate HTML Particle Applications - Ordinary Differential Equations (ODE's)
5 Separate IMAGE * Separate HTML Particle Applications - the N-body problem
6 Separate IMAGE * Separate HTML Newton's First Law -- The Gravitational Force on a Particle
7 Separate IMAGE * Separate HTML Equations of Motion -- Newton's Second Law
8 Separate IMAGE * Separate HTML Numerical techniques for solving ODE's
9 Separate IMAGE * Separate HTML Second and Higher Order Equations
10 Separate IMAGE * Separate HTML Basic Discretization of Single First Order Equation
11 Separate IMAGE * Separate HTML Errors in numerical approximations
12 Separate IMAGE * Separate HTML Runge-Kutta Methods: Euler's method
13 Separate IMAGE * Separate HTML Estimate of Error in Euler's method
14 Separate IMAGE * Separate HTML Relationship of Error to Computation
15 Separate IMAGE * Separate HTML Example using Euler's method from the CSEP book
16 Separate IMAGE * Separate HTML Approximate solutions at t=1,using Euler's method with different values of h
17 Separate IMAGE * Separate HTML Runge-Kutta Methods: Modified Euler's method
18 Separate IMAGE * Separate HTML Approximate solutions of the ODE for et at t=1, using modified Euler's method with different values of h
19 Separate IMAGE * Separate HTML The Classical Runge-Kutta -- In Words
20 Separate IMAGE * Separate HTML The Classical Runge-Kutta -- Formally
21 Separate IMAGE * Separate HTML The Classical Runge-Kutta Pictorially
22 Separate IMAGE * Separate HTML Predictor / Corrector Methods
23 Separate IMAGE * Separate HTML Definition of Multi-step methods
24 Separate IMAGE * Separate HTML Features of Multi-Step Methods
25 Separate IMAGE * Separate HTML Comparison of Explicit and Implicit Methods
26 Separate IMAGE * Separate HTML Solving the N-body equations of motion
27 Separate IMAGE * Separate HTML Representing the N-Body problem
28 Separate IMAGE * Separate HTML Form of the Computation
29 Separate IMAGE * Separate HTML N-body Runge Kutta Routine in Fortran90 - I
30 Separate IMAGE * Separate HTML Runge Kutta Routine in Fortran90 - II
31 Separate IMAGE * Separate HTML Computation of accelerations - a simple parallel array algorithm
32 Separate IMAGE * Separate HTML Simple Data Parallel Version of N Body Force Computation -- Grav -- I
33 Separate IMAGE * Separate HTML The Grav Function in Data Parallel Algorithm - II
34 Separate IMAGE * Separate HTML Some Inefficiencies of the N2 Algorithm - I
35 Separate IMAGE * Separate HTML Some Inefficiencies of the N2 Algorithm - II
36 Separate IMAGE * Separate HTML Better Pipeline Algorithm for Computation of Accelerations,
taking 1/2 the iterations of force computation - I
37 Separate IMAGE * Separate HTML Pipeline Algorithm in detail
38 Separate IMAGE * Separate HTML Basic pipeline operation
39 Separate IMAGE * Separate HTML Examples of Pipeline Algorithm
40 Separate IMAGE * Separate HTML Pipeline Algorithm Grav -- Part I
41 Separate IMAGE * Separate HTML Pipeline Algorithm for Grav -- Part II
42 Separate IMAGE * Separate HTML Grav Pipeline Algorithm, concluded
43 Separate IMAGE * Separate HTML Parallel Implementation - I
44 Separate IMAGE * Separate HTML Parallel Execution Time -I
45 Separate IMAGE * Separate HTML Parallel Execution Time -II
46 Separate IMAGE * Separate HTML N-body Problem is a one dimensional Algorithm
47 Separate IMAGE * Separate HTML Excerpts from an HPF program for this algorithm
48 Separate IMAGE * Separate HTML HPF program excerpts - II
49 Separate IMAGE * Separate HTML HPF program excerpts - finished
50 Separate IMAGE * Separate HTML Notes and References
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for cps615F
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Background in Partial Differential Equations with attention to CFD
Given by Geoffrey C. Fox at CPS615 Basic Simulation Track for Computational Science on Fall Semester 95. Foils prepared 10 November 1995More Detail! * Foil Index from this file * See also color IMAGE
| This presentation gives the application perspective on PDE's and their role in simulation compared to particle dynamics and Monte Carlo Methods |
| We derive Navier Stokes equations and discuss immense computational requirements needed in aerospace simulations |
| The importance of small viscosity and emergence of boundary layers is discussed |
| Approximations used in practical CFD such as Euler's equation and Reynold's averaging are presented |
Table of Contents for Background in Partial Differential Equations with attention to CFD
1 Separate IMAGE * Separate HTML CPS 615 -- Computational Science in
Simulation Track
Background on Partial Differential Equations and Their Applications
with emphasis on CFD
Fall Semester 1995
2 Separate IMAGE * Separate HTML Abstract of PDE and CFD Background Presentation
3 Separate IMAGE * Separate HTML Field Simulations
and The Use of Partial Differential Equations (PDE's)
4 Separate IMAGE * Separate HTML Four Descriptions of Matter -- Quantum,Particle,Statistical, Continuum
5 Separate IMAGE * Separate HTML Quantum Physics and Examples of Use of Computation
6 Separate IMAGE * Separate HTML Particle Dynamics and Examples of Use of Computation
7 Separate IMAGE * Separate HTML Particle Dynamics and Example of Astrophysics
8 Separate IMAGE * Separate HTML Statistical Physics and Comparison of Monte Carlo and Particle Dynamics
9 Separate IMAGE * Separate HTML Continuum Physics as an approximation to Particle Dynamics
10 Separate IMAGE * Separate HTML Computational Fluid Dynamics (CFD) as an an Example of Continuum Physics
11 Separate IMAGE * Separate HTML Detailed Discussion of CFD and Navier Stokes Equations
12 Separate IMAGE * Separate HTML First Four Variables of CFD: Derivation of the Continuity Equation
13 Separate IMAGE * Separate HTML Travelling Time Derivatives (D/ Dt) versus local time derivatives in continuity equation
14 Separate IMAGE * Separate HTML Newton's Laws or the Momentum Equation in CFD
15 Separate IMAGE * Separate HTML The Last (Energy) Equation of CFD: Features of the Full Navier Stokes Equation
16 Separate IMAGE * Separate HTML Discretization of CFD in 2 or 3 Dimensions -- Regular Example
17 Separate IMAGE * Separate HTML This is a typical non-uniform grid used to define an aircraft
18 Separate IMAGE * Separate HTML NASA Estimates of Computational Needs 1994
19 Separate IMAGE * Separate HTML NASA's Estimate of Computing Needs for Reynolds Averaged Approximation (1994)
20 Separate IMAGE * Separate HTML Results for the LU Simulated CFD Application of NAS Benchmark for Cray YMP, iPSC860, CM2
21 Separate IMAGE * Separate HTML Results for the SP Simulated CFD Application of NAS Benchmarks for Cray YMP, iPSC860 and CM2
22 Separate IMAGE * Separate HTML Results for the BT Simulated CFD Application of NAS Benchmarks for Cray YMP, iPSC860 and CM2
23 Separate IMAGE * Separate HTML Multidisciplinary Simulations: Structures, Propulsion,Controls, Acoustics
Increase in memory and CPU requirements over baseline CFD simulation
24 Separate IMAGE * Separate HTML Base CFD Requirements for GigaFlops and Run-time Memory Megawords
to give a 5 hour Execution Time
and Increase needed for Multidisciplinary Simulations:
Structures, Propulsion and Controls
25 Separate IMAGE * Separate HTML Features of
Navier Stokes Equations and role of (small) viscosity
26 Separate IMAGE * Separate HTML Simple Model CFD-like Equation in Dimensionless Form
27 Separate IMAGE * Separate HTML The Reynolds Number R and Discussion of Interesting R and Viscosity Regimes
28 Separate IMAGE * Separate HTML Approximation levels for CFD
29 Separate IMAGE * Separate HTML What is so Strange about Large Reynolds Number? The second derivative Anomaly
30 Separate IMAGE * Separate HTML Laminar Flow Compared to Turbulent Flow Pictorially
31 Separate IMAGE * Separate HTML Why are boundaries important in the discontinuous limit of zero viscosity ?
32 Separate IMAGE * Separate HTML Approximations to Navier Stokes Equations used in practical CFD
33 Separate IMAGE * Separate HTML Length scales and Averaging used in the Reynolds Averaged Equations or Reynolds Equation
34 Separate IMAGE * Separate HTML Turbulence Modeling and the Nature of Reynolds Averaging in Continuum Physics
35 Separate IMAGE * Separate HTML Euler's Equations Should Hold far from the Vehicle in Large Reynolds Number R Limit
36 Separate IMAGE * Separate HTML Large R Region - Boundary Layer Analysis To Extrapolate from Euler Equation Regime to the Boundary
37 Separate IMAGE * Separate HTML Importance of Boundary Layer in Computation of Drag
38 Separate IMAGE * Separate HTML Approximations used in derivation of Thin-Layer and Parabolized Navier-Stokes Equations
39 Separate IMAGE * Separate HTML High Viscosity Limit: Stokes Equation and its Steady and Unsteady Forms
40 Separate IMAGE * Separate HTML Euler's Equation and its Solution by Potential Methods
41 Separate IMAGE * Separate HTML The Burger's Equation: A One Dimensional Approximation to the Navier Stokes Equations which Neglects Pressure Gradients
42 Separate IMAGE * Separate HTML General Issues in CFD
43 Separate IMAGE * Separate HTML Relative Role of Computer Scientists and CFD(Aerospace Engineers) or PDE Domain Experts
44 Separate IMAGE * Separate HTML Computational Issues in PDE Solution in CFD and Related Fields
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HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615 Module on Iterative PDE Solvers
Given by Geoffrey C. Fox at CPS615 Basic Simulation Track for Computational Science on Fall Semester 95. Foils prepared 8 November 1995More Detail! * Foil Index from this file * See also color IMAGE
| This Introduces the three fundamental types of PDE's -- Elliptic, Parabolic and Hyperbolic and studies the numerical solution of Elliptic Equations |
| The sparse matrix formulation is used and iterative approachs -- Jacobi, Gauss Seidel and SOR are defined |
| These are motivated by analogies between equilibrium of diffusive equations and elliptic systems |
| Eigenvalue analysis is used to discuss convergence of methods |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
CPS615 Foils -- Master set G for Iterative Approachs to PDE Solution
CPS615 Foils on Finite Element Methods, Gauss Seidel, Conjugate Gradient and Differential Operators
Table of Contents for CPS615 Module on Iterative PDE Solvers
Important references are
- DoE Computational Science project has two chapters Basic CSEP PDE Discussion and CSEP PDE Discussion of Examples
- Templates for the Solution of Linear Systems: Building Blocks for Iterative Methods by Richard Barrett et al. SIAM 1994
CPS 615 -- Computational Science in
Simulation Track
Solution of Simple Partial Differential Equations and Iterative Solvers
Fall Semester 1995
2 Separate IMAGE * Separate HTML Abstract of PDE and Iterative Solver CPS615 Module
Introduction to PDE's and their Classification
3 Separate IMAGE * Separate HTML Partial Differential Equations: Use in Continuum Physics
Examples and basic Notation
4 Separate IMAGE * Separate HTML Examples of Different Types of Partial Differential Equations:
The Wave Equation (Hyperbolic) and Typical One Dimensional Solution
5 Separate IMAGE * Separate HTML Examples of Different Types of Partial Differential Equations:
The Parabolic Equation
6 Separate IMAGE * Separate HTML Examples of Different Types of PDE's: Laplace and Poisson Elliptic Equations
7 Separate IMAGE * Separate HTML What Conditions are sufficient for solution of PDE's -- Cauchy Boundary Conditions and Hyperbolic,Parabolic and Elliptic PDE's
8 Separate IMAGE * Separate HTML Closed Boundaries; Dirichlet and Neumann Conditions
Summary of what PDE Types have What Boundary Conditions
9 Separate IMAGE * Separate HTML Examples of Open(Diffusion) and Closed(Laplace) Boundary Conditions
Discretization of Laplace's equation and Sparse Matrix Form
10 Separate IMAGE * Separate HTML Solutions to Elliptic Equations by Finite Differences
11 Separate IMAGE * Separate HTML Central Difference Operator with error O(h2)
12 Separate IMAGE * Separate HTML Difference Equation form of the Operator to solve Laplace's equation
13 Separate IMAGE * Separate HTML The 12 by 12 Block Tridiagonal Equations Coming from Laplace's Equation on a Tiny 5 by 6 Grid
14 Separate IMAGE * Separate HTML General Form of Sparse Matrix Coming from Laplace's Equation - I
15 Separate IMAGE * Separate HTML General Form of Sparse Matrix Coming from Laplace's Equation in two dimensions - II
Artificial Time Motivation of Iteration
16 Separate IMAGE * Separate HTML Iterative Methods and Analogy to Diffusion with an Artificial Time
17 Separate IMAGE * Separate HTML Solution of Artificial Time Equation as a Diffusion System Discretized in Space and Time
18 Separate IMAGE * Separate HTML General 2D Artificial Time Diffusion Equation in Iterative Form
19 Separate IMAGE * Separate HTML Traditional Iterative Methods as Special Cases of Artificial Time Diffusion Formalism
General Formulation of Iterative Solvers
20 Separate IMAGE * Separate HTML Simple Iterative Methods: Jacobi, Gauss-Seidel, SOR
21 Separate IMAGE * Separate HTML Matrix Notation for Iterative Methods
22 Separate IMAGE * Separate HTML General Iteration Matrix Splitting and Preconditioning
Jacobi Iteration
23 Separate IMAGE * Separate HTML Explicit Form of General Jacobi Iteration
in Matrix and Component Formalism
24 Separate IMAGE * Separate HTML The Special Case of Jacobi Iteration for Laplace's Equation
25 Separate IMAGE * Separate HTML Pseudo Code for the Jacobi Method
Convergence of Iterative Methods
- Illustrated with Jacobi Case
27 Separate IMAGE * Separate HTML Eigenvalue Analysis of Iterative Methods
28 Separate IMAGE * Separate HTML Estimation of largest Eigenvalue in One Dimension
29 Separate IMAGE * Separate HTML Eigenvalues and Convergence Rate of Jacobi Iteration
30 Separate IMAGE * Separate HTML Difficult and Easy Eigenfunctions Controlling
Convergence of Jacobi Iteration
31 Separate IMAGE * Separate HTML Decoupling of Even and Odd Grid Point Updates in Basic Jacobi Iteration
32 Separate IMAGE * Separate HTML Damping of Eigenfunctions of Short and Long Wavelength
33 Separate IMAGE * Separate HTML Extension of Jacobi Eigenvalue Analysis to two or more Dimensions
Comparison of Iterative and Direct Methods
34 Separate IMAGE * Separate HTML Direct Solution Method for Ax=b
Over Relaxation
- Introduction and fruitless Jacobi Example
36 Separate IMAGE * Separate HTML Comparison of Computational Complexity between Direct and Iterative Methods
37 Separate IMAGE * Separate HTML Memory Use in Direct and Iterative Methods
38 Separate IMAGE * Separate HTML Over Relaxation (SOR) and Relation to Jacobi and Gauss-Seidel
Gauss Seidel Iterative Methods
- Introduction, Matrix Form
40 Original Foreign Pointer 6:Mathematical and Pseudo Code Form of Gauss Seidel Iteration Method
41 Original Foreign Pointer 7:Mathematical (Matrix) Form of Gauss Seidel
Parallelism in Gauss Seidel
42 Original Foreign Pointer 8:Parallelism in Gauss-Seidel Iteration
43 Original Foreign Pointer 9:Matrix Example Stencil
44 Original Foreign Pointer 10:Matrix---Wavefront Parallelism for Gauss Seidel
45 Original Foreign Pointer 11:The Red-Black Two Phase Parallel Gauss Seidel Iteration
46 Original Foreign Pointer 12:Analysis of Parallel Red Black Gauss Seidel
Convergence of Gauss Seidel
47 Original Foreign Pointer 13:Eigenvalues of Gauss Seidel Iteration Matrix
48 Original Foreign Pointer 14:Comparison of Convergence of Gauss-Seidel and Jacobi Iteration
Successive Over Relaxation
49 Original Foreign Pointer 15:Successive Overrelaxation Iteration Method (SOR)
50 Original Foreign Pointer 16:Convergence of SOR Compared to Jacobi and Gauss Seidel
51 Original Foreign Pointer 17:Estimate of Over Relaxation Parameter
52 Original Foreign Pointer 18:Pseudo Code for SOR---Successive Over Relaxation
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HELP! * GREY=local Full Index for LOCAL foilset CPS615 Foils -- Fortran 90 Language and Simple Examples
Given by Nancy McCracken and Geoffrey C. Fox at CPS615 Basic Simulation Track for Computational Science on Fall Semester 95. Foils prepared 21 Sept 1995More Detail! * Foil Index from this file * See also color IMAGE
| This introduces array notation and describes basic array operators |
| Array Constructors and Array Sections |
| The Where Construct |
| Forall available in some compilers and critical for parallelism |
| Subroutines and Interfaces |
| Intrinsic Functions |
| A simple Gauss-Jordan Matrix Inversion is used as an example |
Table of Contents for CPS615 Foils -- Fortran 90 Language and Simple Examples
1 Separate IMAGE * Separate HTML Introduction to Fortran90
for CPS615 Fall 95
2 Separate IMAGE * Separate HTML Abstract of Fortran90 Overview for CPS615
3 Separate IMAGE * Separate HTML A Brief Description of Fortran 90 History
4 Separate IMAGE * Separate HTML Fortran90 extends Fortran77 -- A summary of new features:
5 Separate IMAGE * Separate HTML Elementwise Operations in Fortran90:
Addition of Arrays
6 Separate IMAGE * Separate HTML Elementwise Operations in Fortran90: Array Assignment
7 Separate IMAGE * Separate HTML Global Operations in Fortran90: Reduction
8 Separate IMAGE * Separate HTML Example of sum reduction -- Numerical Integration
9 Separate IMAGE * Separate HTML How to create Arrays in Fortran90
10 Separate IMAGE * Separate HTML Completing the Integration Example
11 Separate IMAGE * Separate HTML Array Expressions
12 Separate IMAGE * Separate HTML Selection: Conditional Evaluation of Array Operations
13 Separate IMAGE * Separate HTML Integration Again! Simpson's Rule
14 Separate IMAGE * Separate HTML More General Elementwise Operations
15 Separate IMAGE * Separate HTML More Details on Array Operations in Fortran90 ---
The Parts of a Fortran Program
16 Separate IMAGE * Separate HTML The same program in Free Form syntax
17 Separate IMAGE * Separate HTML How to declare Array Properties
18 Separate IMAGE * Separate HTML Array Indexing
19 Separate IMAGE * Separate HTML Array Constructors for Array Objects
20 Separate IMAGE * Separate HTML Array Sections for Array Objects
21 Separate IMAGE * Separate HTML Use of Subscript Triples to Specify array Sections
22 Separate IMAGE * Separate HTML How to Specify Array Sections with Vector Valued Subscripts
23 Separate IMAGE * Separate HTML Using Arrays in Expressions and Statements: Arrays must be same shape(conformable)
24 Separate IMAGE * Separate HTML Sample Program Using Array Sections
25 Separate IMAGE * Separate HTML The Where Construct
26 Separate IMAGE * Separate HTML The Forall Construct
27 Separate IMAGE * Separate HTML Scan (Parallel Prefix) -- Another Global Operation
28 Separate IMAGE * Separate HTML Example Application Using Scans -- Calculation of Binomial Coefficients
29 Separate IMAGE * Separate HTML Arguments for Procedures
30 Separate IMAGE * Separate HTML Interface Blocks for Called Subroutines
31 Separate IMAGE * Separate HTML Intrinsic Functions -- Optional and Keyword Arguments
32 Separate IMAGE * Separate HTML The Elemental and Inquiry Functions
33 Separate IMAGE * Separate HTML Array Transformation Functions
34 Separate IMAGE * Separate HTML The Arrray Location Functions
35 Separate IMAGE * Separate HTML Array Construction Functions
36 Separate IMAGE * Separate HTML An Example of Use of Intrinsic Functions
37 Separate IMAGE * Separate HTML Shift Intrinsic Transformation Functions
38 Separate IMAGE * Separate HTML Some Simple Matrix Manipulation Intrinsic Functions
39 Separate IMAGE * Separate HTML The Algorithm for Gauss-Jordan Matrix Inversion
40 Separate IMAGE * Separate HTML The array operations needed before and after pivot row handled separately
41 Separate IMAGE * Separate HTML The part of Gauss-Jordan addressing first set of rows before row i
42 Separate IMAGE * Separate HTML The Fortran90 Gauss Jordan Program
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HELP! * GREY=local Full Index for LOCAL foilset Overview of Fortran 90 and HPF Fall 96
Given by Geoffrey C. Fox, Tom Haupt at Basic Simulation Track for Computational Science CPS615 on Fall Semester 96. Foils prepared 17 Sept 1996More Detail! * Foil Index from this file * See also color IMAGE
| A brief discussion of Fortran90 and Fortran77 and why Fortran90 has advantages and disadvantages |
| Overview of Key Features of Fortran90 |
| See Metcalf and Reid, Fortran90 Explained, Oxford Scientific Publications |
Overview of Key Features of HPF
|
| The Future -- HPF2 |
| See Chuck Koelbel from Rice University at |
| http://renoir.csc.ncsu.edu/MRA/HTML/Workshop2/Koelbel |
Table of Contents for Overview of Fortran 90 and HPF Fall 96
1 Separate IMAGE * Separate HTML CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
Introduction to High Performance Fortran and Fortran 90
2 Separate IMAGE * Separate HTML Abstract of HPF and Fortran90 Technology Discussion
3 Separate IMAGE * Separate HTML HPF is an extension of Fortran 90
4 Separate IMAGE * Separate HTML Why is Fortran90 Easier than Fortran77
5 Separate IMAGE * Separate HTML Important Features of Fortran90
6 Separate IMAGE * Separate HTML Introduction to Fortran90 Arrays - I
7 Separate IMAGE * Separate HTML Introduction to Fortran90 Arrays - II
8 Separate IMAGE * Separate HTML Fortran90 Arrays and Memory Allocation
9 Separate IMAGE * Separate HTML More on Fortran90 Arrays and Subroutines
10 Separate IMAGE * Separate HTML Typical Use of Array and Intrinsic Operations
11 Separate IMAGE * Separate HTML Derived Type in Fortran90
12 Separate IMAGE * Separate HTML Examples of POINTER's in Fortran90
13 Separate IMAGE * Separate HTML MODULEs in Fortran90
14 Separate IMAGE * Separate HTML MODULEs INTERFACES and Overloaded Operators in Fortran90
15 Separate IMAGE * Separate HTML Outline of HPF Discussion
16 Separate IMAGE * Separate HTML Information on HPF and HPF Forum (HPFF)
17 Separate IMAGE * Separate HTML Possible Programming Models
18 Separate IMAGE * Separate HTML Data Parallel Programming Model
19 Separate IMAGE * Separate HTML Parallelism in HPF
20 Separate IMAGE * Separate HTML Fortran77 is part of Fortran90
21 Separate IMAGE * Separate HTML HPF Features
22 Separate IMAGE * Separate HTML What gives high performance in HPF
23 Separate IMAGE * Separate HTML Compiler directives used in HPF
24 Separate IMAGE * Separate HTML What does an HPF Compiler do?
25 Separate IMAGE * Separate HTML Syntax of HPF Directives
26 Separate IMAGE * Separate HTML Data Mapping in HPF
27 Separate IMAGE * Separate HTML Staged Data Mapping in HPF
28 Separate IMAGE * Separate HTML Template in HPF
29 Separate IMAGE * Separate HTML Abstract Processors in HPF
30 Separate IMAGE * Separate HTML Example of Template and Processors
31 Separate IMAGE * Separate HTML Align Directive in HPF
32 Separate IMAGE * Separate HTML Examples of Align Directive
33 Separate IMAGE * Separate HTML Changing Rank in Align Directive
34 Separate IMAGE * Separate HTML Replication in Align Directive
35 Separate IMAGE * Separate HTML General Alignments in HPF
36 Separate IMAGE * Separate HTML Formal Definition of Align Directive
37 Separate IMAGE * Separate HTML More obscure Complicated Examples of Align Directive
38 Separate IMAGE * Separate HTML Distribution Directive in HPF
39 Separate IMAGE * Separate HTML Basic Examples of Distribute Directive
40 Separate IMAGE * Separate HTML Two Dimensional Example of Distribute Directive
41 Separate IMAGE * Separate HTML The Two Basic Distributions in HPF
42 Separate IMAGE * Separate HTML The Example of Matrix Inversion
43 Separate IMAGE * Separate HTML Example of Graphics Rendering
44 Separate IMAGE * Separate HTML Example of Distribute Directive with Complex Alignment
45 Separate IMAGE * Separate HTML Dynamic Data Mapping
46 Separate IMAGE * Separate HTML Advanced Mapping Directives -- ReDistribution and ReAlign
47 Separate IMAGE * Separate HTML Advanced Mapping Directives -- Allocatable arrays and pointers
48 Separate IMAGE * Separate HTML Subprograms in HPF
49 Separate IMAGE * Separate HTML Passing Distributed Arrays as Subprogram Arguments in HPF
50 Separate IMAGE * Separate HTML Mapping Options for Dummy (Subroutine) Arguments
51 Separate IMAGE * Separate HTML Inherit Distribution Directive in HPF
52 Separate IMAGE * Separate HTML Summary of Mapping Directives in HPF
53 Separate IMAGE * Separate HTML Fundamental Parallelism Assumption in HPF
54 Separate IMAGE * Separate HTML Parallel statements and Constructs in HPF
55 Separate IMAGE * Separate HTML Parallelism in Fortran 90 array assignments
56 Separate IMAGE * Separate HTML WHERE (masked array assignment) in HPF
57 Separate IMAGE * Separate HTML WHERE...ELSEWHERE / IF...ELSE constructs in HPF
58 Separate IMAGE * Separate HTML Intrinsic functions in HPF
59 Separate IMAGE * Separate HTML HPF library functions
60 Separate IMAGE * Separate HTML SUM, SUM_PREFIX and SUM_SCATTER defined
61 Separate IMAGE * Separate HTML HPF Intrinsic EXAMPLE: SUM
62 Separate IMAGE * Separate HTML FORALL Statement in HPF
63 Separate IMAGE * Separate HTML Examples of FORALL statements in HPF
64 Separate IMAGE * Separate HTML Semantics of the FORALL statement in HPF
65 Separate IMAGE * Separate HTML Vector Indices in FORALL's
66 Separate IMAGE * Separate HTML Multiple Statement FORALL's
67 Separate IMAGE * Separate HTML HPF FORALL construct Pictorially
68 Separate IMAGE * Separate HTML PURE Functions in HPF
69 Separate IMAGE * Separate HTML Example of PURE Function from Chuck Koelbel
70 Separate IMAGE * Separate HTML The INDEPENDENT Assertion in HPF
71 Separate IMAGE * Separate HTML !HPF$ INDEPENDENT FORALL Pictorially
72 Separate IMAGE * Separate HTML !HPF$ INDEPENDENT DO Pictorially
73 Separate IMAGE * Separate HTML !HPF$ INDEPENDENT, NEW Variable
74 Separate IMAGE * Separate HTML Extrinsics in HPF
75 Separate IMAGE * Separate HTML High Performance Fortran HPF2 Changes
76 Separate IMAGE * Separate HTML ON HOME for Computation Placement
77 Separate IMAGE * Separate HTML Reductions in INDEPENDENT DO Loops
78 Separate IMAGE * Separate HTML Spawning Tasks in HPF
79 Separate IMAGE * Separate HTML New Data Mapping Features in HPF 2.0 - I
80 Separate IMAGE * Separate HTML New Data Mapping Features in HPF 2.0 - II
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HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615 Finite Element and Conjugate Gradient Presentation
Given by Geoffrey C. Fox at CPS615 Fall Semester 95 Simulation Track on 18 November 95. Foils prepared 8 Nov 1995More Detail! * Foil Index from this file * See also color IMAGE
| This derives the finite element method for a simple two dimensional Laplacian with triangular elements |
| We use this to motivate conjugate gradient as a variant of steepest descent for variational principle underlying FEM |
| We discuss preconditioning, parallelism and convergence of general conjugate gradient method |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Miscellaneous CPS615 Foils
CPS615 Foils on Finite Element Methods, Gauss Seidel, Conjugate Gradient and Differential Operators
Table of Contents for CPS615 Finite Element and Conjugate Gradient Presentation
1 Separate IMAGE * Separate HTML CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1995 --
Finite Element Methods and Conjugate Gradient Methods
2 Separate IMAGE * Separate HTML Abstract of CPS615 Finite Element/Conjugate Gradient Presentation
3 Original Foreign Pointer 19:Integral Formulation of Finite Element Method
4 Original Foreign Pointer 20:Variation in Integral
5 Original Foreign Pointer 21:Equivalence of Integral and Differential Formulation of Laplace's Equation
6 Original Foreign Pointer 22:Discretization of Integral
7 Original Foreign Pointer 23:Triangular Elements in Two Dimensions
8 Original Foreign Pointer 24:Example for Two-Dimensional Triangular Elements
9 Original Foreign Pointer 25:Bilinear Form of Integral with Triangular Elements
10 Original Foreign Pointer 26:Formula for Stiffness Matrix Element
11 Original Foreign Pointer 27:Finite Element Equations
12 Original Foreign Pointer 28:Structure of Stiffness Matrix and Its Assembly
13 Original Foreign Pointer 29:Conditions on Triangulation
14 Original Foreign Pointer 30:Introduction to Poor Person's Conjugate Gradient
15 Original Foreign Pointer 31:Conjugate Gradient Iteration for Quadratic Form
16 Original Foreign Pointer 32:Conjugate Gradient and Method of Steepest Descent
17 Original Foreign Pointer 33:Conjugate Gradient for Finite Element Problems
18 Original Foreign Pointer 34:Poor Person's Conjugate Gradient and Eigenvalues of Matrix
19 Original Foreign Pointer 35:Diagonalization of Quadratic Form
20 Original Foreign Pointer 36:Diagonalization of Conjugate Gradient Equations
21 Original Foreign Pointer 37:Convergence of Conjugate Gradient in Diagonalized Form
22 Original Foreign Pointer 38:Clarification of Eigenvalue Analysis for Conjugate Gradient and Jacobi Iteration
23 Original Foreign Pointer 39:Intuitive Description of Poor Person's Conjugate Gradient Algorithm
24 Original Foreign Pointer 40:Improvement of Poor Person's Conjugate Gradient with Orthonormal Iteration
25 Original Foreign Pointer 41:Full Conjugate Gradient Algorithm
26 Original Foreign Pointer 42:Overview of Parallelism in Conjugate Gradient
27 Original Foreign Pointer 43:Parallel Issues in Calculation of Matrix Elements
28 Original Foreign Pointer 44:Scalar Products in Parallel Conjugate Gradient
29 Original Foreign Pointer 45:Preconditioning in Conjugate Gradient
30 Original Foreign Pointer 46:Convergence of Conjugate Gradient
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HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615-Introduction-Course,Driving Technology and HPCC Current Status and Futures
Given by Geoffrey C. Fox at CPS615 Basic Simulation Track for Computational Science on Fall Semester 96. Foils prepared 27 August 1996More Detail! * Foil Index from this file *
Secs 80
See also color IMAGE
| Overview of Course Itself! -- and then introductory material on basic curricula |
| Overview of National Program -- The Grand Challenges |
| Overview of Technology Trends leading to petaflop performance in year 2007 (hopefully) |
| Overview of Syracuse and National programs in computational science |
| Parallel Computing in Society |
| Why Parallel Computing works |
Simple Overview of Computer Architectures
|
| General Discussion of Message Passing and Data Parallel Programming Paradigms and a comparison of languages |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
Master Set B of Overview Material on Parallel Computing for CPS615 Foils
Master Foils for A Short Overview of HPCC -- From GigaFlops to PetaFlops and From Tightly Coupled MPP's to the World Wide Web
Master Set A of Overview Material on Parallel Computing for CPS615 Foils
Master Material for Initial CPS615 Course and Parallel Computing Overview
Master Foilset for HPCS95 Keynote Presentation
Overview of InfoMall -- A Virtual Corporation for HPCC Systems and Software
Overview foils of Status of HPCC with NPAC Bias
Overview foils for Computational Science Overview at Illinois -- May 1995
Part A:Overview of Programming Paradigms and Relation to Applications
Overview foils of Status of HPCC with NPAC Bias -3- Auxiliary(Tall) Foils
An Applications Perspective on High Performance Fortran
General Collection of Foils for CRPC Annual Meeting
Kim Mills Collection of GIF Images for NPAC Projects 96-
Dual Issues and a discussion of HPCC Defense Applications
Table of Contents for CPS615-Introduction-Course,Driving Technology and HPCC Current Status and Futures
CPS 615 Lectures 1996 Fall Semester -- Introduction
- This Presentation is made up by selecting foils from modules or or foilsets which are sometimes specific to CPS615 and sometimes generic
- Some of these foils come from 1995 course and some are updated labelled CPS615A95 B95 etc.
See 1996 Session of CPS 615 Basic Overview of Computational Science -- Simulation Track for complete course information
See CPS 615 Basic Overview of Computational Science -- Simulation Track for last year's complete course information
Start new Section:Overall Structure of Course
- Personnel Grading and Topics
Fall Semester 1996 --
Introduction to Driving Technology and HPCC
Current Status and Futures
2 Separate IMAGE * Separate HTML Abstract of The Current Status and Futures of HPCC
3 Separate IMAGE * Separate HTML Basic Course CPS615 Contact Points
4 Separate IMAGE * Separate HTML Course Organization
5 Separate IMAGE * Separate HTML Basic Structure of Complete CPS615 Base Course on Computational Science Simulation Track -- I
6 Separate IMAGE * Separate HTML Basic Structure of Complete CPS615 Base Course on Computational Science Simulation Track -- II
7 Separate IMAGE * Separate HTML Basic Structure of Complete CPS615 Base Course on Computational Science Simulation Track -- III
Performance Reality/Dreams
8 Separate IMAGE * Separate HTML Performance of High End Machines Years 1940-2000
9 Separate IMAGE * Separate HTML Performance of High End Machines Years 1980-2000
10 Separate IMAGE * Separate HTML Peak Supercomputer Performance
Start new Section:Technology Driving Forces
- What does device physics and semiconductor industry say?
- Note CMOS will dominate for next 10-20 years
- Maybe superconducting technology will be interesting at end of this era
Driving Forces for HPCC
12 Separate IMAGE * Separate HTML Effect of Feature Size on Performance
13 Separate IMAGE * Separate HTML Growing Logic Chip Density
14 Separate IMAGE * Separate HTML Trends in Feature and Die Size as a Function of Time
15 Separate IMAGE * Separate HTML Supercomputer Memory Sizes and trends in RAM Density
16 Separate IMAGE * Separate HTML Comparison of Trends in RAM Density and CPU Performance Increases
17 Separate IMAGE * Separate HTML Three Major Markets -- Logic,ASIC,DRAM
18 Separate IMAGE * Separate HTML Chip and Package Characteristics
19 Separate IMAGE * Separate HTML Fabrication Characteristics
20 Separate IMAGE * Separate HTML Electrical Design and Test Metrics
21 Separate IMAGE * Separate HTML National Roadmap for Semiconductor Technology --1992
Start new Section: Overview of HPCC Nationally
- National Program and Driving Applications
The Grand Challenges and the National Information Infrastructure
Start new Subsection:General Overview of Parallel Computing Technology
23 Separate IMAGE * Separate HTML Superficial Observations on High Performance Computing-I
24 Separate IMAGE * Separate HTML We have learnt that Parallel Computing Works !
25 Separate IMAGE * Separate HTML Advances in Parallel Computer and High Speed Network (HPCC) Technology
26 Separate IMAGE * Separate HTML Superficial Observations on High Performance Computing-II
27 Separate IMAGE * Separate HTML When will Parallel Computing Take Over ?
28 Separate IMAGE * Separate HTML Some Hardware/Software Trends over next 5 years
29 Separate IMAGE * Separate HTML Who Uses High Performance Computers?
Start new Subsection:Federal HPCC Initiative 1992-1996
- From Grand Challenges to the NII(National Information Infrastructure)
31 Separate IMAGE * Separate HTML The Federal High Performance Computing and Communication Initiative (HPCCI)
32 Separate IMAGE * Separate HTML The High Performance Computing and Communications Initiative
33 Separate IMAGE * Separate HTML HPCCI Goals
Start new Subsection:Note the Trend to the NII
- And Importance of Communication and its integration with computing
35 Separate IMAGE * Separate HTML The Blue Books
Supplements to the President's Fiscal Year Budget
36 Separate IMAGE * Separate HTML http://www.hpcc.gov/
37 Separate IMAGE * Separate HTML The Blue Book Covers
38 Separate IMAGE * Separate HTML Superficial Observations on High Performance Communication
39 Separate IMAGE * Separate HTML Some Implications of HPCC Observations
Start new Section:What is Computational Science?
- Nationally and at Syracuse
41 Separate IMAGE * Separate HTML Parallelism Implies Major Changes which have significant educational Implications
42 Separate IMAGE * Separate HTML What is Computational Science?
43 Separate IMAGE * Separate HTML What do we have at Syracuse University?
44 Separate IMAGE * Separate HTML Program in Computational Science
Implemented within current academic framework
45 Separate IMAGE * Separate HTML Methodology for Computation
46 Separate IMAGE * Separate HTML Usefulness of Computational Science Degrees:
47 Separate IMAGE * Separate HTML Syracuse Computational Science Academic Programs -- Masters Degree
48 Separate IMAGE * Separate HTML Syracuse Graduate Computational Science Academic Programs
49 Separate IMAGE * Separate HTML Computational Science Courses -- Typical CPS615 Module
50 Separate IMAGE * Separate HTML Computational Science Courses -- CPS713
51 Separate IMAGE * Separate HTML Some Academic Areas and their Relation to Computational Science
52 Separate IMAGE * Separate HTML Program in Information Age Computational Science Implemented Within Current Academic Program
Elementary Discussion of Parallel Computing
- Including Analogies with Society
54 Separate IMAGE * Separate HTML Concurrent Construction of a Wall
Using N = 8 Bricklayers
Decomposition by Vertical Sections
55 Separate IMAGE * Separate HTML Quantitative Speed-Up Analysis for Construction of Hadrian's Wall
56 Separate IMAGE * Separate HTML Amdahl's law for Real World Parallel Processing
57 Separate IMAGE * Separate HTML Pipelining --Another Parallel Processing Strategy for Hadrian's Wall
58 Separate IMAGE * Separate HTML Hadrian's Wall Illustrates that the Topology of Processor Must Include Topology of Problem
59 Separate IMAGE * Separate HTML General Speed Up Analysis
60 Separate IMAGE * Separate HTML Nature's Concurrent Computers
61 Separate IMAGE * Separate HTML Comparison of Concurrent Processing in Society and Computing
Start new Section:The Fundamental Reasons Why Parallel Computing is Easy
- In Principle
- Most Problems are naturally parallel and most can be naturally broken up
- Into parts for execution on separate Processors
- This is however fraught with technical difficulties
63 Separate IMAGE * Separate HTML We have learnt that Parallel Computing Works !
64 Separate IMAGE * Separate HTML Methodology of Parallel Computing
65 Separate IMAGE * Separate HTML Concurrent Computation as a Mapping Problem -I
66 Separate IMAGE * Separate HTML Concurrent Computation as a Mapping Problem - II
67 Separate IMAGE * Separate HTML Concurrent Computation as a Mapping Problem - III
68 Separate IMAGE * Separate HTML Finite Element Mesh From Nastran
(mesh only shown in upper half)
69 Separate IMAGE * Separate HTML A Simple Equal Area Decomposition
70 Separate IMAGE * Separate HTML Decomposition After Annealing
(one particularly good but nonoptimal decomposition)
More Complex Problem Issues in the Society Analogy
71 Separate IMAGE * Separate HTML Comparison of The Complete Problem to the subproblems formed in domain decomposition
72 Separate IMAGE * Separate HTML Hadrian's Wall Illustrating an
Irregular but Homogeneous Problem
73 Separate IMAGE * Separate HTML Some Problems are Inhomogeneous Illustrated by:
An Inhomogeneous Hadrian Wall with Decoration
74 Separate IMAGE * Separate HTML Global and Local Parallelism Illustrated by Hadrian's Wall
75 Separate IMAGE * Separate HTML Parallel I/O Illustrated by
Concurrent Brick Delivery for Hadrian's Wall
Bandwidth of Trucks and Roads
Matches that of Masons
A Brief Discussion of Computer Architectures
76 Separate IMAGE * Separate HTML Single nCUBE2 CPU Chip
77 Separate IMAGE * Separate HTML 64 Node nCUBE Board
78 Separate IMAGE * Separate HTML Technologies for High Performance Computers
79 Separate IMAGE * Separate HTML Architectures for High Performance Computers - I
80 Separate IMAGE * Separate HTML Architectures for High Performance Computers - II
81 Separate IMAGE * Separate HTML There is no Best Machine!
82 Separate IMAGE * Separate HTML Quantum Computing - I
83 Separate IMAGE * Separate HTML Quantum Computing - II
84 Separate IMAGE * Separate HTML Quantum Computing - III
85 Separate IMAGE * Separate HTML Superconducting Technology -- Past
86 Separate IMAGE * Separate HTML Superconducting Technology -- Present
87 Separate IMAGE * Separate HTML Superconducting Technology -- Problems
88 Separate IMAGE * Separate HTML Architecture Classes of High Performance Computers
89 Separate IMAGE * Separate HTML von Neuman Architecture in a Nutshell
90 Separate IMAGE * Separate HTML Illustration of Importance of Cache
91 Separate IMAGE * Separate HTML Vector Supercomputers in a Nutshell - I
92 Separate IMAGE * Separate HTML Vector Supercomputing in a picture
93 Separate IMAGE * Separate HTML Vector Supercomputers in a Nutshell - II
94 Separate IMAGE * Separate HTML Instruction Flow in A Simple Machine Pipeline
95 Separate IMAGE * Separate HTML Flynn's Classification of HPC Systems
96 Separate IMAGE * Separate HTML Parallel Computer Architecture Memory Structure
97 Separate IMAGE * Separate HTML Comparison of Memory Access Strategies
98 Separate IMAGE * Separate HTML Types of Parallel Memory Architectures -- Physical Characteristics
99 Separate IMAGE * Separate HTML Diagrams of Shared and Distributed Memories
100 Separate IMAGE * Separate HTML Parallel Computer Architecture Control Structure
101 Separate IMAGE * Separate HTML Some Major Hardware Architectures - MIMD
102 Separate IMAGE * Separate HTML MIMD Distributed Memory Architecture
103 Separate IMAGE * Separate HTML Some Major Hardware Architectures - SIMD
104 Separate IMAGE * Separate HTML SIMD (Single Instruction Multiple Data) Architecture
105 Separate IMAGE * Separate HTML Some Major Hardware Architectures - Mixed
106 Separate IMAGE * Separate HTML Some MetaComputer Systems
107 Separate IMAGE * Separate HTML Comments on Special Purpose Devices
108 Separate IMAGE * Separate HTML The GRAPE N-Body Machine
109 Separate IMAGE * Separate HTML Why isn't GRAPE a Perfect Solution?
110 Separate IMAGE * Separate HTML Granularity of Parallel Components - I
111 Separate IMAGE * Separate HTML Granularity of Parallel Components - II
112 Separate IMAGE * Separate HTML Classes of Communication Networks
113 Separate IMAGE * Separate HTML Switch and Bus based Architectures
114 Separate IMAGE * Separate HTML Examples of Interconnection Topologies
115 Separate IMAGE * Separate HTML Useful Concepts in Communication Systems
116 Separate IMAGE * Separate HTML Communication Performance of Some MPP's
117 Separate IMAGE * Separate HTML Implication of Hardware Performance
118 Separate IMAGE * Separate HTML Latency and Bandwidth of a Network
119 Separate IMAGE * Separate HTML Transfer Time in Microseconds for both Shared Memory Operations and Explicit Message Passing
120 Separate IMAGE * Separate HTML Latency/Bandwidth Space for 0-byte message(Latency) and 1 MB message(bandwidth).
Start new Subsection:The Federal 1996 Program in Detail
- with special attention to Grand Challenges which are best documented successes
122 Separate IMAGE * Separate HTML 1996 Blue Book
123 Separate IMAGE * Separate HTML 1996 Blue Book (1 of 3)
124 Separate IMAGE * Separate HTML 1996 Blue Book (2 of 3)
125 Separate IMAGE * Separate HTML 1996 Blue Book (3 of 3)
Start new Section:The Many Grand Challenges
Grand Challenges
126 Separate IMAGE * Separate HTML The Application Motivation for HPCC
127 Separate IMAGE * Separate HTML High Performance Computing Research Facilities
128 Separate IMAGE * Separate HTML Grand Challenge Applications
129 Separate IMAGE * Separate HTML Applied Fluid Dynamics
130 Separate IMAGE * Separate HTML Coupled Field Problems and GAFD Turbulence
131 Separate IMAGE * Separate HTML Numerical Tokamak Project
132 Separate IMAGE * Separate HTML Meso- to Macro-Scale Environmental Modeling
133 Separate IMAGE * Separate HTML Mathematical Modeling of Air Pollution Dynamics
134 Separate IMAGE * Separate HTML Global Climate Modeling
135 Separate IMAGE * Separate HTML 4-D Data Assimilation
136 Separate IMAGE * Separate HTML Eco Simulations
137 Separate IMAGE * Separate HTML Biomedical Imaging and Biomechanics
138 Separate IMAGE * Separate HTML Molecular Biology
139 Separate IMAGE * Separate HTML Molecular Design
140 Separate IMAGE * Separate HTML Biomolecular Modeling and Structure Determination
141 Separate IMAGE * Separate HTML Fundamental Computational Sciences
Black Hole Grand Challenge
142 Separate IMAGE * Separate HTML Binary Black Holes Simulation
143 Separate IMAGE * Separate HTML The Binary Black Hole Grand Challenge Alliance
144 Separate IMAGE * Separate HTML BBH: Computational Challenge
145 Separate IMAGE * Separate HTML Adaptive Multilevel Parallel Infrastructure
Back to Grand Challenges
146 Separate IMAGE * Separate HTML First Principal Simulation of Materials Properties
147 Separate IMAGE * Separate HTML Large Scale Structure and Galaxy Formation
148 Separate IMAGE * Separate HTML Grand-Challenge-Scale Applications
149 Separate IMAGE * Separate HTML Visible Human
150 Separate IMAGE * Separate HTML A Realistic Ocean Model
151 Separate IMAGE * Separate HTML Shoemaker-Levy 9 Collision with Jupiter
152 Separate IMAGE * Separate HTML Advanced Simulation of Crash Simulation
153 Separate IMAGE * Separate HTML National Challenge Applications
Industry Survey
154 Separate IMAGE * Separate HTML A Survey of New York State Industrial Opportunities for HPCC was very influential for me and my group(NPAC)
155 Separate IMAGE * Separate HTML Categories of Industrial and Government Applications of HPCC (with reference to academic applications)
156 Separate IMAGE * Separate HTML The 33 Application areas were studied in detail:
Simulation (Roughly the Grand Challenges)
157 Separate IMAGE * Separate HTML The 33 Application areas were studied in detail:
Information Analysis -- DataMining
158 Separate IMAGE * Separate HTML The 33 Application areas were studied in detail:
InfoVision: Information, Video, Imagery and Simulation on Demand
159 Separate IMAGE * Separate HTML The 33 Application areas were studied in detail:
Information Integration combining Simulation, Analysis and InfoVision
Summary of HPCC in Industry?
160 Separate IMAGE * Separate HTML Some detailed Analysis of Opportunities for HPCC in the Science and Engineering Simulation Arena
161 Separate IMAGE * Separate HTML Opportunities for HPCC in the Science and Engineering Simulation Arena
162 Separate IMAGE * Separate HTML Some Simulation Areas which will be Difficult to exploit in near term
163 Separate IMAGE * Separate HTML Suprisingly Difficult and Suprisingly Promising Areas for HPCC in Simulation
164 Separate IMAGE * Separate HTML Why is it hard to use HPCC in Manufacturing-I?
165 Separate IMAGE * Separate HTML Why is it hard to use HPCC in Manufacturing-II?
166 Separate IMAGE * Separate HTML Multidisciplinary Analysis and Design as a Critical use of HPCC in Manufacturing?
167 Separate IMAGE * Separate HTML Role of Government and DoD in HPCC Simulation Applications
168 Separate IMAGE * Separate HTML The HPCC Software Industry is not Viable in Simulation Area ?
169 Separate IMAGE * Separate HTML Anecdotes from HPCC Software Industry Arena
170 Separate IMAGE * Separate HTML National Challenges will drive the adoption of HPCC in the "Real World"
And now we must look at National Challenges
171 Separate IMAGE * Separate HTML From the Grand(Simulation) Challenges to the National (information) Challenges
172 Separate IMAGE * Separate HTML Characteristics of Grand Challenges
173 Separate IMAGE * Separate HTML Federal 1994 Blue Book Comparison of National and Grand Challenges
174 Separate IMAGE * Separate HTML Come to CPS616 for a detailed discussion of the National Challenges and the National Information Infrastructure
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HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset CPS615 Linear Algebra Presentation
Given by Geoffrey C. Fox at CPS615 Fall Semester 95 Simulation Track on 18 November 95. Foils prepared 8 Nov 1995More Detail! * Foil Index from this file * See also color IMAGE
| This is designed to augment the Fosdick and Jessup online resource called |
| A Review of Selected Topics from Numerical Analysis |
| situated at: http://www.cs.colorado.edu/95-96/courses/materials.hpsc.html |
| We focus on additional discussion of eigenvectors and eigenvalues which are used in CPS615 in discussing convergence of iterative PDE solvers |
| Also have small discussion of "functional analysis" with differential operators |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Miscellaneous CPS615 Foils
CPS615 Foils on Matrices -- Eigenvalues and Vectors
CPS615 Foils on Finite Element Methods, Gauss Seidel, Conjugate Gradient and Differential Operators
Table of Contents for CPS615 Linear Algebra Presentation
These foils are designed to be used with Fosdick Jessup Overview of Numerical Analysis
- This work from Fosdick/Jessup/Schauble/Domik Computational Science Materials describes basic matrices very well
- Our presentation focusses on eigenvalues and vectors as these are used in discussion of iterative solver convergence in PDE modules
Fall Semester 1995 --
Numerical Analysis for Linear Algebra
2 Separate IMAGE * Separate HTML Abstract of CPS615 Numerical Analysis Presentation
3 Original Foreign Pointer 1:Definition of a Matrix
4 Original Foreign Pointer 2:The Definition of a Vector
5 Original Foreign Pointer 3:The Definition of Scalar Products and Orthonormality
6 Original Foreign Pointer 4:Types of Matrices
7 Original Foreign Pointer 5:Eigenvectors and Eigenvalues
8 Original Foreign Pointer 6:Structure of Matrix
9 Original Foreign Pointer 7:Equations for Eigenvalues---I
10 Original Foreign Pointer 8:Equations for Eigenvalues---II
11 Original Foreign Pointer 9:Polynomial Equations for Eigenvalues
12 Original Foreign Pointer 10:General Properties of Eigenvalues
13 Original Foreign Pointer 11:Eigenvalues of Hermitean Matrices---I
14 Original Foreign Pointer 12:Eigenvalues of Hermitean Matrices---II
15 Original Foreign Pointer 13:Orthogonality of Eigenvectors of Hermitean Matrices
16 Original Foreign Pointer 14:Orthonormal Eigenvectors and Unitary Transformation Matrices
17 Original Foreign Pointer 15:Diagonal Form of General Hermitean Matrix---I
18 Original Foreign Pointer 16:Diagonal Form of General Hermitean Matrix---II
19 Original Foreign Pointer 17:Eigenvectors and Eigenvalues of Symmetric Matrices
A modest discussion of differential operators as linear operators
- Functional Analysis in a nutshell .....
21 Original Foreign Pointer 2:d/dx as an Operator and Its Scalar Products
22 Original Foreign Pointer 3:d/dx as a Hermitean Operator
23 Original Foreign Pointer 4:The Laplacian as a (Matrix) Operator
24 Original Foreign Pointer 5:Mapping of Function Spaces to a Finite Number of Dimensions
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HELP! * GREY=local Full Index for LOCAL foilset Parallel Full Matrix Algorithms
Given by Geoffrey C. Fox, Nancy J. McCracken at CPS615 Basic Simulation Track for Computational Science on Fall Semester 95. Foils prepared 6 December 96More Detail! * Foil Index from this file * See also color IMAGE
| This CPS615 module covers basic full matrix parallel algorithms with a discussion of matrix multiplication, LU decomposition with latter covered for banded as well as true full case |
| Matrix multiplication covers the approach given in "Solving Problems on Concurrent Processors" as well as Cannon's algorithm. |
| We review those applications -- especially Computational electromagnetics and Chemistry -- where full matrices are commonly used |
| Of course sparse matrices are far more important than full matrices! |
Table of Contents for Parallel Full Matrix Algorithms
1 Separate IMAGE * Separate HTML Full Matrices
CPS615 Computational Science for Simulation Applications
December 4, 1995
2 Separate IMAGE * Separate HTML Abstract of Full Matrix CPS615 Module
3 Separate IMAGE * Separate HTML Review of Matrices seen in PDE's
4 Separate IMAGE * Separate HTML Examples of Full Matrices in Chemistry
5 Separate IMAGE * Separate HTML Operations used with Hamiltonian operator
6 Separate IMAGE * Separate HTML Examples of Full Matrices in Electromagnetics
7 Separate IMAGE * Separate HTML Computational Electromagnetics Formalism I
8 Separate IMAGE * Separate HTML Computational Electromagnetics Formalism II
9 Separate IMAGE * Separate HTML Comments on Computational Electromagnetics
10 Separate IMAGE * Separate HTML Summary of Use of Full Matrices in Chemistry
11 Separate IMAGE * Separate HTML Notes on the use of full matrices
12 Separate IMAGE * Separate HTML Full Matrix Multiplication
13 Separate IMAGE * Separate HTML Sub-block definition of Matrix Multiply
14 Separate IMAGE * Separate HTML Some References
15 Separate IMAGE * Separate HTML The First Algorithm
(Broadcast, Multiply, and Roll)
16 Separate IMAGE * Separate HTML The first stage -- index n=0 in sub-block sum -- of the algorithm on N=16 example
17 Separate IMAGE * Separate HTML The second stage -- n=1 in sum over subblock indices -- of the algorithm on N=16 example
18 Separate IMAGE * Separate HTML Second stage, continued
19 Separate IMAGE * Separate HTML Look at the whole algorithm on one element
20 Separate IMAGE * Separate HTML Cartesian Topology in MPI -- General
21 Separate IMAGE * Separate HTML Cartesian Topology in MPI -- Matrix Multiplication
22 Separate IMAGE * Separate HTML Cartesian Topology in MPI -- MPI_CART_SUB
23 Separate IMAGE * Separate HTML Cartesian Topology in MPI -- MPI_CART_shift
24 Separate IMAGE * Separate HTML Cartesian Topology in MPI -- MPI_SENDRECV_REPLACE
25 Separate IMAGE * Separate HTML Cartesian Topology in MPI -- MPI_Cart_Create
26 Separate IMAGE * Separate HTML Matrix Multiplication MPI Style Pseudocode
27 Separate IMAGE * Separate HTML Matrix Multiplication Pseudocode, continued
28 Separate IMAGE * Separate HTML Broadcast in the Full Matrix Case
29 Separate IMAGE * Separate HTML Implementation of Naive and Log Broadcast
30 Separate IMAGE * Separate HTML The Pipe Broadcast Operation
31 Separate IMAGE * Separate HTML Schematic of Pipe Broadcast Operation
32 Separate IMAGE * Separate HTML Performance Analysis of Matrix Multiplication
33 Separate IMAGE * Separate HTML Cannon's Algorithm for Matrix Multiplication
34 Separate IMAGE * Separate HTML Cannon's Algorithm
35 Separate IMAGE * Separate HTML The Set-up Stage of the Algorithm
36 Separate IMAGE * Separate HTML The first iteration of the algorithm
37 Separate IMAGE * Separate HTML Performance Analysis of Cannon's Algorithm
38 Separate IMAGE * Separate HTML Full LU Decomposition
39 Separate IMAGE * Separate HTML Some References
40 Separate IMAGE * Separate HTML Sequential LU Algorithm
41 Separate IMAGE * Separate HTML Sequential LU Algorithm, continued
42 Separate IMAGE * Separate HTML Sequential Pseudocode
43 Separate IMAGE * Separate HTML Parallel Decomposition
44 Separate IMAGE * Separate HTML Better Parallel Decomposition
45 Separate IMAGE * Separate HTML Parallel Pseudocode
46 Separate IMAGE * Separate HTML Performance Analysis of the Parallel LU Decomposition
47 Separate IMAGE * Separate HTML Banded LU Decomposition
48 Separate IMAGE * Separate HTML Some References
49 Separate IMAGE * Separate HTML Banded Matrix Decomposition
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HELP! * GREY=local Full Index for LOCAL foilset CPS615 Foils -- Message Passing Interface MPI for users
Given by Geoffrey C. Fox at CPS615 Basic Simulation Track for Computational Science on Fall Semester 95. Foils prepared 10 Oct 1995More Detail! * Foil Index from this file * See also color IMAGE
| This covers MPI from a user's point of view and is meant to be a supplement to other online resources from MPI Forum, David Walker's Tutorial, Ian Foster's "Designing and Building Parallel Programs", Gropp,Lusk and Skjellum "Using MPI" |
| An Overview is based on subset of 6 routines that cover send/receive, environment inquiry (for rank and total number of processors) initialize and finalization with simple examples |
| Processor Groups, Collective Communication and Computation and Derived Datatypes are also discussed |
Table of Contents for CPS615 Foils -- Message Passing Interface MPI for users
1 Separate IMAGE * Separate HTML The Message Passing Interface MPI for
CPS 615 -- Computational Science in
Simulation Track
October 1, 1995
Updated Oct 31 1996
2 Separate IMAGE * Separate HTML Abstract of MPI -- The Message Passing Interface -- Presentation
3 Separate IMAGE * Separate HTML MPI Overview -- Comparison with HPF -- I
4 Separate IMAGE * Separate HTML MPI Overview -- Comparison with HPF -- II
5 Separate IMAGE * Separate HTML Some Key Features of MPI
6 Separate IMAGE * Separate HTML Some Difficulties with MPI
7 Separate IMAGE * Separate HTML Why use Processor Groups?
8 Separate IMAGE * Separate HTML MPI Conventions
9 Separate IMAGE * Separate HTML Standard Constants in MPI
10 Separate IMAGE * Separate HTML The Six Fundamental MPI routines
11 Separate IMAGE * Separate HTML MPI_Init -- Environment Management
12 Separate IMAGE * Separate HTML MPI_Comm_rank -- Environment Inquiry
13 Separate IMAGE * Separate HTML MPI_Comm_size -- Environment Inquiry
14 Separate IMAGE * Separate HTML MPI_Finalize -- Environment Management
15 Separate IMAGE * Separate HTML Hello World in C plus MPI
16 Separate IMAGE * Separate HTML Comments on Parallel Input/Output - I
17 Separate IMAGE * Separate HTML Comments on Parallel Input/Output - II
18 Separate IMAGE * Separate HTML Review of Message Passing Paradigm
19 Separate IMAGE * Separate HTML Basic Point to Point Message Passing I
20 Separate IMAGE * Separate HTML Basic Point to Point Message Passing II
21 Separate IMAGE * Separate HTML Blocking Send MPI_Send(C) MPI_SEND(Fortran)
22 Separate IMAGE * Separate HTML Blocking Receive MPI_Recv(C) MPI_RECV(Fortran)
23 Separate IMAGE * Separate HTML Fortran example:Blocking Receive MPI_RECV
24 Separate IMAGE * Separate HTML Hello World:C Example of Send and Receive
25 Separate IMAGE * Separate HTML Interpretation of Returned Message Status
26 Separate IMAGE * Separate HTML Naming Conventions for Send and Receive
27 Separate IMAGE * Separate HTML Collective Communication
28 Separate IMAGE * Separate HTML Hello World:C Example of Broadcast
29 Separate IMAGE * Separate HTML Collective Computation
30 Separate IMAGE * Separate HTML Examples of Collective Communication/Computation
31 Separate IMAGE * Separate HTML More Examples of Collective Communication/Computation
32 Separate IMAGE * Separate HTML Examples of MPI_ALLTOALL
33 Separate IMAGE * Separate HTML Motivation for Derived Datatypes in MPI
34 Separate IMAGE * Separate HTML Derived Datatype Basics
35 Separate IMAGE * Separate HTML Simple Example of Derived Datatype
36 Separate IMAGE * Separate HTML More Complex Datatypes MPI_TYPE_VECTOR/INDEXED
37 Separate IMAGE * Separate HTML Use of Derived Types in Jacobi Iteration with Guard Rings--I
38 Separate IMAGE * Separate HTML Use of Derived Types in Jacobi Iteration with Guard Rings--II
39 Separate IMAGE * Separate HTML Other Useful Concepts in MPI
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HELP! * PURPLE=global GREY=local Full Index for GLOBAL foilset HPCC Software Technologies Fall 96 -- Overview and HPF
Given by Geoffrey C. Fox at Delivered Lectures of CPS615 Basic Simulation Track for Computational Science on 26 September 96. Foils prepared 26 September 1996More Detail! * Foil Index from this file * See also color IMAGE
| We go through the 2D Laplace's Equation with both HPF and MPI for Simple Jacobi Iteration |
| HPF and Fortran90 are reviewed followed by MPI |
| We also discuss the structure of problems as these determine why and when certain software approaches are appropriate |
This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
Master Set of Foils for 1996 Session of CPS615
CPS615 Foils -- set C: Laplace Example -- Programming Models and Performance
Overview of Fortran 90 and HPF Fall 96
Part A:Overview of Programming Paradigms and Relation to Applications
Part B:Overview of Programming Paradigms and Relation to Applications
Table of Contents for HPCC Software Technologies Fall 96 -- Overview and HPF
CPS 615 Details of HPCC Software
We first Discuss the Laplace Example for HPF
1 Separate IMAGE * Separate HTML CPS615 -- Base Course for the Simulation Track of Computational Science
Fall Semester 1996 --
HPCC Software Technologies
HPF and MPI
2 Separate IMAGE * Separate HTML Abstract of CPS615 HPCC Software Technologies
3 Separate IMAGE * Separate HTML Parallel Computing
Algorithms and
Software --
Laplace Example
4 Separate IMAGE * Separate HTML The Solution of Laplace's Equation
5 Separate IMAGE * Separate HTML Discretized Form of Laplace'e Equation on a Parallel Processor
6 Separate IMAGE * Separate HTML Basic Structure of Domain to be Updated in Parallel Version
7 Separate IMAGE * Separate HTML Sequential and Introduction to Parallel Coding for the
Laplace Example
8 Separate IMAGE * Separate HTML SEQUENTIAL LAPLACE PROGRAMMING
JACOBI ITERATION IN ONE DIMENSION
(constant in y direction)
9 Separate IMAGE * Separate HTML SEQUENTIAL LAPLACE PROGRAMMING
JACOBI ITERATION IN TWO DIMENSIONS
10 Separate IMAGE * Separate HTML Approaches to Parallel Programming
11 Separate IMAGE * Separate HTML SPMD or SCMD
Single Program (code) Multiple Data
12 Separate IMAGE * Separate HTML Data Parallel
Programming for
Laplace Example
13 Separate IMAGE * Separate HTML Parallel Laplace Programming
Data Parallel for Jacobi Iteration in One Dimension
14 Separate IMAGE * Separate HTML Notes on HPF Implementation of Lapace Solver
Overview of Fortran90
15 Separate IMAGE * Separate HTML HPF is an extension of Fortran 90
16 Separate IMAGE * Separate HTML Why is Fortran90 Easier than Fortran77
17 Separate IMAGE * Separate HTML Important Features of Fortran90
18 Separate IMAGE * Separate HTML Introduction to Fortran90 Arrays - I
19 Separate IMAGE * Separate HTML Introduction to Fortran90 Arrays - II
20 Separate IMAGE * Separate HTML Fortran90 Arrays and Memory Allocation
21 Separate IMAGE * Separate HTML More on Fortran90 Arrays and Subroutines
22 Separate IMAGE * Separate HTML Typical Use of Array and Intrinsic Operations
23 Separate IMAGE * Separate HTML Derived Type in Fortran90
24 Separate IMAGE * Separate HTML Examples of POINTER's in Fortran90
25 Separate IMAGE * Separate HTML MODULEs in Fortran90
26 Separate IMAGE * Separate HTML MODULEs INTERFACES and Overloaded Operators in Fortran90
Motivation and Introduction to HPF
27 Separate IMAGE * Separate HTML Outline of HPF Discussion
28 Separate IMAGE * Separate HTML Information on HPF and HPF Forum (HPFF)
29 Separate IMAGE * Separate HTML Possible Programming Models
30 Separate IMAGE * Separate HTML Data Parallel Programming Model
Discussion of Types of Problems!
31 Separate IMAGE * Separate HTML Problem Architectures
32 Separate IMAGE * Separate HTML 5 Categories of Problems
33 Separate IMAGE * Separate HTML Example of Basic Problem Architectures Regular Synchronous Problem Class
34 Separate IMAGE * Separate HTML Example of Basic Problem Architectures Irregular Loosely Synchronous
35 Separate IMAGE * Separate HTML Example of Basic Problem Architectures The difficult Asynchronous Class
36 Separate IMAGE * Separate HTML Embarassingly Parallel Problem Class
37 Separate IMAGE * Separate HTML Example of Basic Problem Architectures for MetaProblem Class
38 Separate IMAGE * Separate HTML Software Bus Structure of USMADE
Problem Architectures
39 Separate IMAGE * Separate HTML Computing as a Mapping Problem
40 Separate IMAGE * Separate HTML Complex Systems to give a Theory of Computing
41 Separate IMAGE * Separate HTML Parallel Computing is "just" an optimization problem, even if we can't agree on what to optimize
42 Separate IMAGE * Separate HTML Complex System Representation of Levels in Computer Software
43 Separate IMAGE * Separate HTML The map of Problem ---> Computer is performed in two or more statges
44 Separate IMAGE * Separate HTML The Mapping of Space of Problem Architectures onto Space of Machine Architectures
What is HPF and its Capabilities
45 Separate IMAGE * Separate HTML What determines when Parallelism is Clear ?
46 Separate IMAGE * Separate HTML Evaluation of High Performance Fortran What applications need what features of HPF and its extensions ?
47 Separate IMAGE * Separate HTML What Issues should High Performance Fortran (HPF) Address!
48 Separate IMAGE * Separate HTML Goal of High Performance Fortran
49 Separate IMAGE * Separate HTML Any Complete Programming Environment Must Handle
50 Separate IMAGE * Separate HTML HIGH PERFORMANCE FORTRAN COMPILERS
51 Separate IMAGE * Separate HTML What type of compiler is HPF ?
52 Separate IMAGE * Separate HTML The High Performance Fortran Library
53 Separate IMAGE * Separate HTML HPF Intrinsic Library
54 Separate IMAGE * Separate HTML High Performance Fortran Library -- I
55 Separate IMAGE * Separate HTML High Performance Fortran Library -- II
56 Separate IMAGE * Separate HTML Imprecise Mapping of Problem Classes into Runtime and Language Terms
57 Separate IMAGE * Separate HTML General Applicability of HPF, HPF++, HPC++
58 Separate IMAGE * Separate HTML Importance of HPF, HPC++ to Users
59 Separate IMAGE * Separate HTML What about other languages ?
60 Separate IMAGE * Separate HTML What applications does HPF support? If not - what extensions are needed?
61 Separate IMAGE * Separate HTML 5 Categories of Problems
62 Separate IMAGE * Separate HTML Comparison of 3 different Programming Models
Finally a Detailed Discussion of HPF
63 Separate IMAGE * Separate HTML Parallelism in HPF
64 Separate IMAGE * Separate HTML Fortran77 is part of Fortran90
65 Separate IMAGE * Separate HTML HPF Features
66 Separate IMAGE * Separate HTML What gives high performance in HPF
67 Separate IMAGE * Separate HTML Compiler directives used in HPF
68 Separate IMAGE * Separate HTML What does an HPF Compiler do?
69 Separate IMAGE * Separate HTML Syntax of HPF Directives
70 Separate IMAGE * Separate HTML Data Mapping in HPF
71 Separate IMAGE * Separate HTML Staged Data Mapping in HPF
72 Separate IMAGE * Separate HTML Template in HPF
73 Separate IMAGE * Separate HTML Abstract Processors in HPF
74 Separate IMAGE * Separate HTML Example of Template and Processors
75 Separate IMAGE * Separate HTML Align Directive in HPF
76 Separate IMAGE * Separate HTML Examples of Align Directive
77 Separate IMAGE * Separate HTML Changing Rank in Align Directive
78 Separate IMAGE * Separate HTML Replication in Align Directive
79 Separate IMAGE * Separate HTML General Alignments in HPF
80 Separate IMAGE * Separate HTML Formal Definition of Align Directive
81 Separate IMAGE * Separate HTML More obscure Complicated Examples of Align Directive
82 Separate IMAGE * Separate HTML Distribution Directive in HPF
83 Separate IMAGE * Separate HTML Basic Examples of Distribute Directive
84 Separate IMAGE * Separate HTML Two Dimensional Example of Distribute Directive
85 Separate IMAGE * Separate HTML The Two Basic Distributions in HPF
86 Separate IMAGE * Separate HTML The Example of Matrix Inversion
87 Separate IMAGE * Separate HTML Example of Graphics Rendering
88 Separate IMAGE * Separate HTML Example of Distribute Directive with Complex Alignment
89 Separate IMAGE * Separate HTML Dynamic Data Mapping
90 Separate IMAGE * Separate HTML Advanced Mapping Directives -- ReDistribution and ReAlign
91 Separate IMAGE * Separate HTML Advanced Mapping Directives -- Allocatable arrays and pointers
92 Separate IMAGE * Separate HTML Subprograms in HPF
93 Separate IMAGE * Separate HTML Passing Distributed Arrays as Subprogram Arguments in HPF
94 Separate IMAGE * Separate HTML Mapping Options for Dummy (Subroutine) Arguments
95 Separate IMAGE * Separate HTML Inherit Distribution Directive in HPF
96 Separate IMAGE * Separate HTML Summary of Mapping Directives in HPF
97 Separate IMAGE * Separate HTML Fundamental Parallelism Assumption in HPF
98 Separate IMAGE * Separate HTML Parallel statements and Constructs in HPF
99 Separate IMAGE * Separate HTML Parallelism in Fortran 90 array assignments
100 Separate IMAGE * Separate HTML WHERE (masked array assignment) in HPF
101 Separate IMAGE * Separate HTML WHERE...ELSEWHERE / IF...ELSE constructs in HPF
102 Separate IMAGE * Separate HTML Intrinsic functions in HPF
103 Separate IMAGE * Separate HTML HPF library functions
104 Separate IMAGE * Separate HTML SUM, SUM_PREFIX and SUM_SCATTER defined
105 Separate IMAGE * Separate HTML HPF Intrinsic EXAMPLE: SUM
106 Separate IMAGE * Separate HTML FORALL Statement in HPF
107 Separate IMAGE * Separate HTML Examples of FORALL statements in HPF
108 Separate IMAGE * Separate HTML Semantics of the FORALL statement in HPF
109 Separate IMAGE * Separate HTML Vector Indices in FORALL's
110 Separate IMAGE * Separate HTML Multiple Statement FORALL's
111 Separate IMAGE * Separate HTML HPF FORALL construct Pictorially
112 Separate IMAGE * Separate HTML PURE Functions in HPF
113 Separate IMAGE * Separate HTML Example of PURE Function from Chuck Koelbel
114 Separate IMAGE * Separate HTML The INDEPENDENT Assertion in HPF
115 Separate IMAGE * Separate HTML !HPF$ INDEPENDENT FORALL Pictorially
116 Separate IMAGE * Separate HTML !HPF$ INDEPENDENT DO Pictorially
117 Separate IMAGE * Separate HTML !HPF$ INDEPENDENT, NEW Variable
118 Separate IMAGE * Separate HTML Extrinsics in HPF
119 Separate IMAGE * Separate HTML High Performance Fortran HPF2 Changes
120 Separate IMAGE * Separate HTML ON HOME for Computation Placement
121 Separate IMAGE * Separate HTML Reductions in INDEPENDENT DO Loops
122 Separate IMAGE * Separate HTML Spawning Tasks in HPF
123 Separate IMAGE * Separate HTML New Data Mapping Features in HPF 2.0 - I
124 Separate IMAGE * Separate HTML New Data Mapping Features in HPF 2.0 - II
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HELP! * GREY=local Full Index for LOCAL foilset Complex Systems and Parallel Computing -- CPS713 update from Decemember 1992 Talk at ANU Conference on Complex Systems
Given by Geoffrey C. Fox at CPSP713 Case studies in Computational Science on Spring Semester 1996. Foils prepared 15 March 1996More Detail! * Foil Index from this file * See also color IMAGE
Parallel Computers for the Simulation of Complex Systems
|
Complex Systems for the theory of Computer and Network Architecture
|
Complex Systems for new Computational Methodologies
|
Table of Contents for Complex Systems and Parallel Computing -- CPS713 update from Decemember 1992 Talk at ANU Conference on Complex Systems
1 Separate IMAGE * Separate HTML Complex Systems and Parallel Computing
Australian International Conference on Complex Systems
Australian National University
Canberra, Australia
December 14-16, 1992
Geoffrey C. Fox
2 Separate IMAGE * Separate HTML The Three Themes of Lecture: Parallel Computers and Complex Systems
3 Separate IMAGE * Separate HTML Issues in Parallel Computers for the Simulation of Complex Systems
4 Separate IMAGE * Separate HTML Standard Performance Graph Heading to 1 to 10 Teraflops by year 2000
5 Separate IMAGE * Separate HTML When will parallel computing take over?
6 Separate IMAGE * Separate HTML The President's High Performance Computing and Communication Initiative (HPCCI)
7 Separate IMAGE * Separate HTML Challenges and Status of Parallel Computing
8 Separate IMAGE * Separate HTML High Performance Fortran Overview
9 Separate IMAGE * Separate HTML HPF computational model
10 Separate IMAGE * Separate HTML Example of Fortran-90D source code: Gaussian Elimination
11 Separate IMAGE * Separate HTML HPF directives
12 Separate IMAGE * Separate HTML Data Alignment and Distribution Directives
13 Separate IMAGE * Separate HTML Examples of Alignments (1)
14 Separate IMAGE * Separate HTML Examples of Distributions (1)
15 Separate IMAGE * Separate HTML For More Information on HPF
16 Separate IMAGE * Separate HTML FORTRAN-90D
The First Implementation of HPF
(NPAC, Syracuse University)
Current Status
17 Separate IMAGE * Separate HTML Common Software needed for Heterogeneous Local Area Network
(Ethernet - FIDDI - HIPPI - FCS ......)
18 Separate IMAGE * Separate HTML Importance of MetaProblems
19 Separate IMAGE * Separate HTML Hybrid Problem Structure for Command and Control
20 Separate IMAGE * Separate HTML The Mapping of Heterogeneous Problems onto Heterogeneous Computer Systems
21 Separate IMAGE * Separate HTML SIMCITY is an interesting PC based complex system simulation.
22 Separate IMAGE * Separate HTML Implementation of Complex System Simulation
23 Separate IMAGE * Separate HTML AVS as System Integration Tool
24 Separate IMAGE * Separate HTML Parallel AVS - Planned Project at NPAC
25 Separate IMAGE * Separate HTML Architecture of Parallel AVS System
26 Separate IMAGE * Separate HTML VR Operating Shells
27 Separate IMAGE * Separate HTML Components of Proposed Televirtuality Server at NPAC
28 Separate IMAGE * Separate HTML A Theory of Parallel Computing based on Complex Systems
29 Separate IMAGE * Separate HTML Computing as a set of Mapping Problems
30 Separate IMAGE * Separate HTML Complex Systems to give a theory of computing
31 Separate IMAGE * Separate HTML Parallel Computing is "just" an optimization problem, even if we can't agree on what to optimize
32 Separate IMAGE * Separate HTML Concurrent Computation as a Mapping Problem -I
33 Separate IMAGE * Separate HTML Concurrent Computation as a Mapping Problem - II
34 Separate IMAGE * Separate HTML Computation as a map of a set of Complex Systems
35 Separate IMAGE * Separate HTML Domain Decomposition and Complex Systems ?
36 Separate IMAGE * Separate HTML Physical Analogy for Complex Computer
37 Separate IMAGE * Separate HTML The Physical Space/TimeAnalogy for a General Problem
38 Separate IMAGE * Separate HTML Some Temporal Properties of Computation
39 Separate IMAGE * Separate HTML General Space Time Complex System Picture for Problem to Computer Mapping
40 Separate IMAGE * Separate HTML Computer Languages and Space - Time Properties
41 Separate IMAGE * Separate HTML Information Dimension of a General Complex System
42 Separate IMAGE * Separate HTML Performance of a Parallel Computer
43 Separate IMAGE * Separate HTML Hierarchical Multicomputer
Spatial and Temporal Decomposition
44 Separate IMAGE * Separate HTML Shared or Hierarchical Memory Computer
45 Separate IMAGE * Separate HTML Comparison of Cache and Distributed Memory Communication Overhead
46 Separate IMAGE * Separate HTML Extension of Space-Time Picture to treat Hierarchial memory and caches etc.
47 Separate IMAGE * Separate HTML Space-Time Decompositions for the concurrent one dimensional wave equation
48 Separate IMAGE * Separate HTML Typical Example of Mapping an Irregular Bunch of Grid Points
49 Separate IMAGE * Separate HTML Use of Physical Optimization in High Performance Fortran
50 Separate IMAGE * Separate HTML Physics Analogy for Load Balancing
51 Separate IMAGE * Separate HTML Complex System SHLSoft governed by Hamiltonian = Execution Time
52 Separate IMAGE * Separate HTML Decomposition of an Arch onto 16 Processors in a Hypercube
53 Separate IMAGE * Separate HTML PHYSICS ANALOGY FOR STATIC AND DYNAMIC LOAD BALANCING
54 Separate IMAGE * Separate HTML General definition of temperature TS of a complex system
55 Separate IMAGE * Separate HTML Particle dynamics problem on a four node system
56 Separate IMAGE * Separate HTML Instantaneous Energy Distribution for Time Dependent Domain Decomposition and Block Scattered Distributions
57 Separate IMAGE * Separate HTML Time Averaged Energy for Adaptive Particle Dynamics Problem
58 Separate IMAGE * Separate HTML A general theory of computation
59 Separate IMAGE * Separate HTML HISTORICALLY ONE OF THE MOTIVATIONS FOR THE RESEARCH WAS TO
" AUTOMATE" THE KNOWN FOLD ALGORITHM
60 Separate IMAGE * Separate HTML The String Formalism for Dynamic Computations
61 Separate IMAGE * Separate HTML Loosely Synchronous Static and Adaptive Problems in the String Picture
62 Separate IMAGE * Separate HTML An initial approach to computational string dynamics or equivalently the
Construction of the Energy Function
63 Separate IMAGE * Separate HTML Full String Dynamics as an Interacting Field Theory
64 Separate IMAGE * Separate HTML Complex systems suggest new computational methodologies
65 Separate IMAGE * Separate HTML Physical Optimization and Computation Approaches and their Field of Origin
66 Separate IMAGE * Separate HTML Genetic Algorithms for Data Decomposition
67 Separate IMAGE * Separate HTML Three Major Genetic Operators
68 Separate IMAGE * Separate HTML MultiScale Methods in Parallel Data Decomposition
69 Separate IMAGE * Separate HTML Results of Various Physical Optimization Methods for Data Decomposition
70 Separate IMAGE * Separate HTML A similar but Larger Problem
71 Separate IMAGE * Separate HTML Some Overall Questions Relevant In Classisfying Optimization Problems and Methods
72 Separate IMAGE * Separate HTML Two Types of Global Mininum and their relation to Local Minima
73 Separate IMAGE * Separate HTML Typical Formalism for Physical Optimization
74 Separate IMAGE * Separate HTML Global and Local Minima in Temperature Dependent Free Energy
75 Separate IMAGE * Separate HTML Comparison of Physical Optimization Methods
76 Separate IMAGE * Separate HTML Some Applications of Deterministic Annealing
77 Separate IMAGE * Separate HTML Simulated Tempering -- a New Approach to Monte Carlo Optimization/Simulated Annealing
78 Separate IMAGE * Separate HTML The Conventional Simulated Annealing and its Problems for Random Field Ising Models
79 Separate IMAGE * Separate HTML Key Idea in The Tempering Approach
80 Separate IMAGE * Separate HTML Goodbye! Many Choices - Which is best When?
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for progparaA
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Part A:Overview of Programming Paradigms and Relation to Applications
Given by Geoffrey C. Fox at CRPC/MCNC Workshop on April 10-13 1995. Foils prepared April 7,1995More Detail! * Foil Index from this file *
| This module describes many current approaches including different languages which support message passing, data parallelism and task parallelism. We describe the status of various approaches and what software is appropriate for what problems and what machines |
| We describe High Performance Fortran and what features are needed for what applications as well as |
| Special needs of coarse grain task parallelism |
Table of Contents for Part A:Overview of Programming Paradigms and Relation to Applications
1 Separate IMAGE * Separate HTML Parallel Computing Programming Paradigms The Interaction of Applications and Software
2 Separate IMAGE * Separate HTML Abstract of Parallel Programming Paradigm Presentation
3 Separate IMAGE * Separate HTML Some Technology and Community Trends
4 Separate IMAGE * Separate HTML Performance of Supercomputer Class Computers 1940-2000
5 Separate IMAGE * Separate HTML Advances in Parallel Computer and High Speed Network (HPCC) Technology
6 Separate IMAGE * Separate HTML Educational and (Re)training Challenges
7 Separate IMAGE * Separate HTML When will Parallel Computing Take Over ?
8 Separate IMAGE * Separate HTML Some Hardware/Software Trends over next 5 years
9 Separate IMAGE * Separate HTML Parallel Computing Works!
10 Separate IMAGE * Separate HTML Prospects for use of HPCC in the "Real-World"
11 Separate IMAGE * Separate HTML Data Parallelism is a Universal Source of Scaling Parallelism
12 Separate IMAGE * Separate HTML We have learnt that Parallel Computing Works !
13 Separate IMAGE * Separate HTML Methodology of Parallel Computing
14 Separate IMAGE * Separate HTML Concurrent Computation as a Mapping Problem -I
15 Separate IMAGE * Separate HTML Concurrent Computation as a Mapping Problem - II
16 Separate IMAGE * Separate HTML Concurrent Computation as a Mapping Problem - III
17 Separate IMAGE * Separate HTML Structure of Problems and Parallel Software Approaches
18 Separate IMAGE * Separate HTML Problem Architectures
19 Separate IMAGE * Separate HTML 5 Categories of Problems
20 Separate IMAGE * Separate HTML Example of Basic Problem Architectures Regular Synchronous Problem Class
21 Separate IMAGE * Separate HTML Example of Basic Problem Architectures Irregular Loosely Synchronous
22 Separate IMAGE * Separate HTML Example of Basic Problem Architectures The difficult Asynchronous Class
23 Separate IMAGE * Separate HTML Example of Basic Problem Architectures for MetaProblem Class
24 Separate IMAGE * Separate HTML Software Bus Structure of USMADE
25 Separate IMAGE * Separate HTML The Mapping of Heterogeneous Metaproblems onto Heterogeneous Metacomputer Systems
26 Separate IMAGE * Separate HTML Further Examples of Metaproblems
27 Separate IMAGE * Separate HTML Heterogeneous Metaproblem Structure for Command and Control
28 Separate IMAGE * Separate HTML More Remarks on Major Defence MetaProblem BMC3IS - Decision Support (Dual Use !)
29 Separate IMAGE * Separate HTML Remarks on What are key Global Issues in determining ease of parallelization of particular applications
30 Separate IMAGE * Separate HTML Criterion for success in parallelizing a particular problem on a particular machine
31 Separate IMAGE * Separate HTML What is the "correct" machine architecture for each problem class
32 Separate IMAGE * Separate HTML Computing as a Mapping Problem
33 Separate IMAGE * Separate HTML Complex Systems to give a Theory of Computing
34 Separate IMAGE * Separate HTML Parallel Computing is "just" an optimization problem, even if we can't agree on what to optimize
35 Separate IMAGE * Separate HTML Complex System Representation of Levels in Computer Software
36 Separate IMAGE * Separate HTML Steps of a Parallel Software Engineering Process
37 Separate IMAGE * Separate HTML Some Overall Comments on Status of Grand and National Challenges
38 Separate IMAGE * Separate HTML Characteristics of Grand Challenges and Comparison with Real World National Challenges
39 Separate IMAGE * Separate HTML Prospects for HPCC in Simulation Arena
40 Separate IMAGE * Separate HTML Opportunities for HPCC in the Science and Engineering Simulation Arena
41 Separate IMAGE * Separate HTML Some Simulation Areas where it will be Possible to exploit HPCC in relatively near term
42 Separate IMAGE * Separate HTML Suprisingly Difficult and Suprisingly Promising Areas for HPCC in Simulation
43 Separate IMAGE * Separate HTML Why is it hard to use HPCC in Manufacturing-I?
44 Separate IMAGE * Separate HTML Why is it hard to use HPCC in Manufacturing-II?
45 Separate IMAGE * Separate HTML Multidisciplinary Analysis and Design as a Critical use of HPCC in Manufacturing?
46 Separate IMAGE * Separate HTML Role of Government and DoD in HPCC Simulation Applications
47 Separate IMAGE * Separate HTML The HPCC Software Industry is not Viable in Simulation Area ?
48 Separate IMAGE * Separate HTML Anecdotes from HPCC Software Industry Arena
49 Separate IMAGE * Separate HTML National Challenges will drive the adoption of HPCC in the "Real World"
50 Separate IMAGE * Separate HTML The National Challenges Identified by the Federal HPCC Initiative
51 Separate IMAGE * Separate HTML Program in Computational Science Implemented within current academic framework
52 Separate IMAGE * Separate HTML Program in Information Age Computational Science Implemented Within Current Academic Program
53 Separate IMAGE * Separate HTML Federal 1994 Blue Book Comparison of National and Grand Challenges
54 Separate IMAGE * Separate HTML Some Specific Application Motivators from an Industry Survey done for New York State
55 Separate IMAGE * Separate HTML Categories of Industrial and Government Applications of HPCC (with reference to academic applications)
56 Separate IMAGE * Separate HTML Tables of Industrial HPCC Applications 1 to 4:SIMULATION
57 Separate IMAGE * Separate HTML Tables of Industrial HPCC Applications 5 to 8: SIMULATION
58 Separate IMAGE * Separate HTML Tables of Industrial HPCC Applications 9 to 13: SIMULATION
59 Separate IMAGE * Separate HTML Tables of Industrial HPCC Applications 14 to 18 Information Analysis -- "DataMining"
60 Separate IMAGE * Separate HTML Table of Industrial Applications 19 to 24 for Information Access InfoVision - Information, Video, Imagery and Simulation on Demand
61 Separate IMAGE * Separate HTML Information Integration Applications 25 to 28
62 Separate IMAGE * Separate HTML Information Integration Applications 29 to 33
63 Separate IMAGE * Separate HTML Abbreviations used in tables of Industrial Applications of HPCC
64 Separate IMAGE * Separate HTML Parallel Computing Software
65 Separate IMAGE * Separate HTML Core Enabling HPCC Software Technologies for Information Production (Simulation)
66 Separate IMAGE * Separate HTML Core Enabling HPCC Algorithms and Components for Information Production (Simulation)
67 Separate IMAGE * Separate HTML Core Enabling HPCC Technologies Information Analysis, Access, Integration
68 Separate IMAGE * Separate HTML Core Enabling HPCC Technologies Information Analysis, Access, Integration (continued)
69 Separate IMAGE * Separate HTML Pittsburgh Grand Challenges Meeting (May 1993)
70 Separate IMAGE * Separate HTML What Determines when you can Parallelize an Application
71 Separate IMAGE * Separate HTML Software for (Distributed Memory) Parallel Computers -- I/O and O/S
72 Separate IMAGE * Separate HTML Performance Monitoring and Debugging Load Balancing
73 Separate IMAGE * Separate HTML Parallel Computing versus Distributed Computing
74 Separate IMAGE * Separate HTML Portable Scalable Languages
75 Separate IMAGE * Separate HTML Why build on existing languages - especially Fortran/C
76 Separate IMAGE * Separate HTML Characteristics of Fortran (C) Plus Message Passing Programming Model
77 Separate IMAGE * Separate HTML Advantages and Disadvantages of Fortran (C) Plus Message Passing
78 Separate IMAGE * Separate HTML Characteristics of Data Parallel Fortran Programming Model
79 Separate IMAGE * Separate HTML Advantages and Disadvantages of Data Parallel Fortran ( C, C++, LISP, ADA )
80 Separate IMAGE * Separate HTML Comparison of Programming and Machine Model
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for progparaB
Basic Foilset Search
HELP! * GREY=local Full Index for LOCAL foilset Part B:Overview of Programming Paradigms and Relation to Applications
Given by Geoffrey C. Fox at CRPC/MCNC Workshop on April 10-13 1995. Foils prepared April 7,1995More Detail! * Foil Index from this file *
| This module describes many current approaches including different languages which support message passing, data parallelism and task parallelism. We describe the status of various approaches and what software is appropriate for what problems and what machines |
| We describe High Performance Fortran and what features are needed for what applications as well as |
| Special needs of coarse grain task parallelism |
Table of Contents for Part B:Overview of Programming Paradigms and Relation to Applications
1 Separate IMAGE * Separate HTML What software is suitable for what problems?
2 Separate IMAGE * Separate HTML What Applications have we learnt from ?
3 Separate IMAGE * Separate HTML Comparison of 3 different Programming Models
4 Separate IMAGE * Separate HTML What software systems are appropriate for what problem architectures -- I?
5 Separate IMAGE * Separate HTML What software systems are appropriate for what problem architectures -- II?
6 Separate IMAGE * Separate HTML Candidate Software Paradigms for each problem architecture
7 Separate IMAGE * Separate HTML Problem v. Machine Architecture
8 Separate IMAGE * Separate HTML Software Built on Top of FORTRAN, C ...
9 Separate IMAGE * Separate HTML Evaluation of High Performance Fortran What applications need what features of HPF and its extensions ?
10 Separate IMAGE * Separate HTML What Issues should High Performance Fortran (HPF) Address!
11 Separate IMAGE * Separate HTML Goal of High Performance Fortran
12 Separate IMAGE * Separate HTML Any Complete Programming Environment Must Handle
13 Separate IMAGE * Separate HTML HIGH PERFORMANCE FORTRAN COMPILERS
14 Separate IMAGE * Separate HTML What type of compiler is HPF ?
15 Separate IMAGE * Separate HTML The High Performance Fortran Library
16 Separate IMAGE * Separate HTML HPF Intrinsic Library
17 Separate IMAGE * Separate HTML High Performance Fortran Library -- I
18 Separate IMAGE * Separate HTML High Performance Fortran Library -- II
19 Separate IMAGE * Separate HTML Fortran 90 Local Routine Intrinsics
20 Separate IMAGE * Separate HTML Imprecise Mapping of Problem Classes into Runtime and Language Terms
21 Separate IMAGE * Separate HTML General Applicability of HPF, HPF++, HPC++
22 Separate IMAGE * Separate HTML Importance of HPF, HPC++ to Users
23 Separate IMAGE * Separate HTML What about other languages ?
24 Separate IMAGE * Separate HTML What applications does HPF support? If not - what extensions are needed?
25 Separate IMAGE * Separate HTML 5 Categories of Problems
26 Separate IMAGE * Separate HTML HPF+: Extensions to HPF -- Use name HPF+ so don't predjudice "official" HPF2
27 Separate IMAGE * Separate HTML Original Classification used in Planning CRPC (Maryland Rice Syracuse) HPF extensions
28 Separate IMAGE * Separate HTML What can current HPF Language Surely do?
29 Separate IMAGE * Separate HTML HPF can also do the synchronous
30 Separate IMAGE * Separate HTML Current HPF can also do the Embarassingly Parallel
31 Separate IMAGE * Separate HTML Difficult but (almost) possible for HPF
32 Separate IMAGE * Separate HTML HPF can express Region Growing in Image Processing
33 Separate IMAGE * Separate HTML HPF can also express irregular domains seen near critical points of physical systems
34 Separate IMAGE * Separate HTML Swendsen-Wang clusters (boundaries shown in black) for 3 state Potts model at Tc
35 Separate IMAGE * Separate HTML Significant improvement in HPF needed but seems possible for Particle in the Cell
36 Separate IMAGE * Separate HTML Significant improvement in HPF needed but seems possible for .. (contd)
37 Separate IMAGE * Separate HTML Some very hard Loosely Synchronous Problems -- HPF Expression uncertain
38 Separate IMAGE * Separate HTML Large N-Body Calculations (Quinn, Salmon, Warren)
39 Separate IMAGE * Separate HTML 10,000 Body Barnes-Hut Tree
40 Separate IMAGE * Separate HTML 8M bodies - 10 Mpc diameter Final state with ~700 resolved "galaxies" (Warren, Quinn, Zurek)
41 Separate IMAGE * Separate HTML The Largest "Galaxy" Halo with 137,000 particles taken from 8.8 Million particle simulation of Warren,Fullagar,Quinn and Zurek
42 Separate IMAGE * Separate HTML Speed Up on nCUBE of Parallel Barnes Hut Algorithm
43 Separate IMAGE * Separate HTML Final Summary of Problem and Software Architectures
44 Separate IMAGE * Separate HTML What determines when Parallelism is Clear ?
45 Separate IMAGE * Separate HTML The map of Problem ---> Computer is performed in two or more statges
46 Separate IMAGE * Separate HTML The Mapping of Space of Problem Architectures onto Space of Machine Architectures
47 Separate IMAGE * Separate HTML We can divide problems and machines into interconnected modules - and we do this at different granularities - I
48 Separate IMAGE * Separate HTML We can divide problems and machines into interconnected modules - and we do this at different granularities - II
49 Separate IMAGE * Separate HTML Different Grain Sizes for MetaProblems and Interpreter
50 Separate IMAGE * Separate HTML Software Integration -- Support of Coarse Grain Tasks (Metaproblems) using AVS
51 Separate IMAGE * Separate HTML AVS as System Integration Tool
52 Separate IMAGE * Separate HTML A distributed parallel computing environment using AVS module network
53 Separate IMAGE * Separate HTML Case Studies in Integrating AVS into HPDC Applications -- Stock Option Pricing
54 Separate IMAGE * Separate HTML System Integration and Data Flows for financial modeling on a mix of Workstations, CM5 and Maspar
55 Separate IMAGE * Separate HTML Option Price Modeling Screen Dump
56 Separate IMAGE * Separate HTML Electromagnetic Simulation using AVS Screen Dump
57 Separate IMAGE * Separate HTML Case Studies in Integrating AVS into HPDC Applications -- Electromagnetic Simulation
58 Separate IMAGE * Separate HTML Physical Problem and Domains studied in Electromagnetic Simulation
59 Separate IMAGE * Separate HTML Mapping of Electromagnetic Simulation onto MetaComputer
60 Separate IMAGE * Separate HTML Setup for Computational Electromagnetic AVS Simulation
61 Separate IMAGE * Separate HTML Data Assimilation -- NASA Grand Challenge Kalman Filters to combine weather models and data
62 Separate IMAGE * Separate HTML AVS Distributed Computing Setup for Data Assimilation
63 Separate IMAGE * Separate HTML Summary of Outstanding Issues in Programming Paradigms
64 Separate IMAGE * Separate HTML Integrating Role of ANDF and possible HPANDF
65 Separate IMAGE * Separate HTML Some Issues in Programming Paradigms
66 Separate IMAGE * Separate HTML Some Different Approaches for Software Coordination
67 Separate IMAGE * Separate HTML Questions in Comparison of AVS and PVM
68 Separate IMAGE * Separate HTML Software Integration Questions?
Full WebWisdom URL and this Foilset Search
Local OneLiner Foil Index for slitex/CPS615NI95
Slitex Foilset CPS615 Numerical Integration Module
This module describes numerical integration covering first the simplest trapezoidal and Simpson's rule. This is followed by their general Newton-Cotes extensions and adaptive Simpson's Rule. Gaussian integration is briefly described. Most of the presentation is devoted to Monte Carlo methods including Importance Sampling and Metropolis Method. Examples are given from financial modelling, experimental and theoretical high energy physics.1:Introduction to Numerical Integration
2:NI.1: Newton-Cotes Formulae
3:Linear Equations for Coefficients
4:Examples of Newton Cotes Rules I
5:Examples of Newton Cotes Rules II
6:Formulae for Examples: Trapezoidal and Simpson's Rules
7:Summary of Newton Cotes Rules
8:Errors in Newton Cotes Formulae
9:Use of High Order Newton Cotes
10:Strategies for Manipulating Integrals before using Standard Numerical Integration
11:Criteria for Choosing Manipulation
12:Dangers in Integrating Non-Analytic Functions
13:Why Do We Have Problems with Non-Analytic Functions?
14:Combining Analytic and Numerical Integration
15:Cunning Choice of Weight Functions
16:Change of Variable Before Numerical Integration---I
17:Change of Variable Before Numerical Integration---II
18:How Do You Choose Correct Strategy?
19:Hybrid Strategy Example (continued)
20:NI.2: Romberg or Adaptive Integration
21:NI.3: Gaussian Integration
22:Some Mathematics Underlying Gaussian Integration
23:More Mathematics Deriving Gaussian Integration Formulae
24:Basic Gaussian Integration
25:When Should You Use Gaussian?
26:Three Choices of in Numerical Integration
27:NI.4: Parallel Computing and Integration
28:Issues for Parallel Computing
29:Two-Dimensional Integrals
30:NI.5: Monte Carlo Integration
31:Basic Formulation of Integral as a Mean (Expectation Value)
32:Basic Monte Carlo Approach to Integration
33:Why Monte Carlo Methods Are Best in Multidimensional Integrals
34:Best Multidimensional Integration Formulae
35:Distribution of Points in Two-dimensional Integral Done by Newton-Cotes Style Formulae
36:Distribution of Points in Two-dimensional Integral Done by Monte Carlo
37:Use of Bounding Boxes to Calculate --- I
38:Use of Bounding Boxes to Calculate --- II
39:Use of Bounding Boxes in Complicated Geometries --- I
40:Use of Bounding Boxes in Complicated Geometries --- II
41:IMPORTANCE Sampling Basic Theory
42:Choice of Importance Sampling Weight Function --- I
43:Choice of Importance Sampling Weight Function --- II
44:Monte Carlo Approach to Discrete Integrals
45:Why Use Monte Carlo for Summations?
46:Example of using Monte Carlo for Summations
47:The Wrong Way to Perform Multiple Monte Carlo
48:Stock Market Example of Multiple Monte Carlos --- I
49:Stock Market Example of Multiple Monte Carlos --- II
50:Number of Points Needed in Joint Monte Carlo
51:Accept/Reject Method for Generating General Probability Distributions
52:Estimate of Maximum in Accept/Reject Method
53:Introduction to Metropolis Method
54:The Metropolis Procedure
55:Why Metropolis Method Works
56:Monte Carlo Examples Example 1: An Experimental Physics Application
57:A High Energy Experiment Scenario
58:An Experimental Physics Monte Carlo
59:Double Monte Carlo's Again --- I
60:Double Monte Carlo's Again --- II
61:A Monte Carlo Event
62:Uniform Weight Events
63:What Happens If You Miscalculate Maximum Weight in Accept/Reject Approach
64:Example 2: Parallel Computing for ``Event'' Monte Carlos
65:Example 3: Lattice Monte Carlo Theoretical Physics
66:Choice of Points in Lattice Monte Carlo
67:Pictorial View of Lattice Monte Carlo Integrands
68:Metropolis and Heat Bath Methods
69:Calculation of Observables
70:Example 4: Parallel Computing for Lattice Theory
71:A Problem Lattice Decomposed Onto a 64-node Machine Arranged as a Machine Lattice
72:The 16 Time and Eight Internal Gluon Degrees of Freedom
Geoffrey Fox, 73:Northeast Parallel Architectures Center at Syracuse University, gcf@npac.syr.edu
