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| 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
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| Finally we discuss Java as the universal language to express all of this -- including scientific computing! |
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1
Web Technology as the basis of Portable High Quality HPCC Software
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Abstract of HPCC Portable Software based on Web Technology
3
Some Concepts Learnt from HPCC Initiative
4
Some Relevant Technical Trends
5
HPCC Software issues
6
Web Software is the Best!
7
Synergy of InterNet and IntraNets
8
We have the Web Tools in Place - I !
9
We have the Web Tools in Place - II!
10
Java for Scientific Computing Resource
11
There are (at least) 3 Major Roles for JAVA in Computation
12
Why use the Web as basis for HPCC Software?
13
More General 3 Level Software Model Functionality Performance Tradeoff
14
Computing Services at 3 levels
15
Java Server versus HP level - I
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Java Server versus HP level - II
17
The 3 Roles of Java
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Interoperable Interfaces
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Multidisciplinary Applications
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Metacomputing
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Metacomputing Includes
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Computer Science Issues in 3 Categories
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Java for Building User Interfaces
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Summary of the VPL -- Virtual Programming Laboratory
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The Virtual Programming Laboratory
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Structure of Java Wrappers in the VPL
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The Java Applet Supporting Data Visualization in the VPL
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Kivanc Dincer's Java FrontEnd to Pablo - I
29
What is Relevance of VRML(2) for Scientific Computing?
30
GIS integration with Weather Simulation application - II.
31
High Functionality Software Layer
32
Web Based MetaComputing
33
Article on MIP Sucking Java Applets
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Java Server Based Web Computing
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Use of Java Servers in HPCC
36
WebFlow Integration
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WebFlow and PCRC
38
Example of composite WebFlow imaging: input image is forked into several concurrent streams, passed to various imaging filters
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General Web Integration Model
40
Computing Model in Esprit CISPAR Project
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Three Possible Implementations of CFD CSM Linkage
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New Java Frameworks for Advanced Web Services (I)
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New Java Frameworks for Advanced Web Services (II)
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Possible Java Frameworks for Computing
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Proposed Java Computing Services Framework
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Implementation of a Java Computing Framework
47
HPComponentWare for DoE2000: Summary
48
HPCC ComponentWare: Essential Ideas
49
System and User Perspective
50
3 by 3 Diagram of Programming Environments versus System Complexity from PC to HPCC
51
Components: JavaBeans, ActiveX
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Visual Components-based Design- and Runtime Environments
53
Approaches to Distributed Objects
54
Java ORB Approaches to Distributed Objects - II
55
Component Model for HPCC
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HP-CORBA - I
57
HP-CORBA - II
58
HPCORBA Layer with SIO Analogy
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WebPersuasion -- Javabean Foilsets
60
Features of a JavaBean Foilset
61
Graphics in the New Tango white Board
62
Integrated Compiled and Interpreted Environments II
63
Use of PCRC Infrastructure -- The HPF front-end to produce an Integrated Environment for HPF Compiler and Interpreter
64
Architecture of the Integrated Interpreter/Compiler System
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Switching between compiled and interpreted modes
66
Use for Interactive Visualizations
67
Linkage of HPF Interpreter to Compiler
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Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- II
69
Hierarchy of Software Levels
70
TANGOsim Collaboration/ Simulation/ Training in Java
71
TANGO Collaboratory
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TANGO Collaboration Model
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Role of Collaboratory Systems
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TANGO: Highlights
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Tango Screen: Talking Heads and White Board
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Tango Screen: Physics Applets -- Cross Product, Planets and Neural Network
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TANGO: Highlights II
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TANGO: Control Application
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TANGO: application control
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TANGO Applications
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TANGO: Status
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Collaboratory systems: Taxonomy I
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Collaboratory systems: Taxonomy II
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Event Broadcasting: con and pro
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Typical Web Collaboration Architecture
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The TANGOsim C2 Application
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Command and Control Screen with Multimedia Message
88
A demo of animated objects controlled by simulation engine of Tango collaborative system - III
89
TANGO Structure of Multidisciplinary Applications
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Minimal Web based Multidisciplinary Application
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Comparison of Communication/Linkage Models
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General Web Architecture
93
TANGOsim for Distributed Simulation and Computational Steering - I
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TANGOsim for Distributed Simulation and Computational Steering - II
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Technology Convergence Roadmap - Overview for Forces Modeling, Integrated Modeling and Testing for DoD
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DIS Distributed Event Driven Simulation Web Prototype at NPS 1997
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Architecture of the WebDIS Prototype at the NPS - Overview
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Details of the WebDIS Prototype at the NPS
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The Next Big Web Technology Advance: Object Web and CORBA
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CORBA Web Architecture
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Aspects of Java ORB based Middleware
102
Integration of DIS with Object Web Based Computing
103
Aspects of Object Web based HPCC
104
Aspects of HPCORBA Architecture
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Diagram of HPCORBA Architecture
106
Java as the Language for Computational Kernels!
107
Some Critical Features of Java as a Programming Language
108
Comparison of Java and Fortran 77/90
109
Java Links the Bottom and Top of Pyramid
110
Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- I
111
Performance of Java is Dreadful!
112
LinPack Java Performance Updated to Sept 30 1996
113
LinPack Java Performance Updated to June 3 1997
114
What Limits Performance of Compiled Java?
115
Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- III
116
Classes of Simulations and their High Performance Needs
117
Some Critical Features of Java and Parallelism - II
118
Mechanisms for Data Parallelism in HPJava
119
Approachs to Parallel Java - High Level - II
120
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