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| We describe the implications of a modern multi-tier Enterprise system where a server does not just get web pages but is a general host of services which are linked together to solve complex problems |
| These servers can respect any of the 4 distributed object models CORBA, Java/RMI, COM or W3C's XLM WOM/DOM |
| We illustrate these ideas with an analysis of a multi-protocol server JWORB -- written in Java but serving all protocols |
| We point out how a multi-tier architecture allows you to build backend systems to increase performance when necessary |
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Servers and the Pragmatic Object Web Javabeans, CORBA, HLA, COM, RMI, XLM, MPI
Abstract of Wisconsin Internet Server Performance Presentation
NPAC Concepts
Pragmatic Object Web Technology Model - I
Pragmatic Object Web Technology Model - II
NPAC Concepts : HPcc High Performance commodity computing
The HPCC Dilemma and its Solution
What is Commodity Software
Exploiting Multi-Tier Commodity Software Model
So in our WebWisdom Distance Education System
An Object Web-based 3-Tier Computing System
Comparison of 2 3 and 4 Tier Models
Multi-Server Model
While for High Performance Computing
Today's Confusing Multi-Technology Real World Second Tier Server Layer
Computational Grid and the Object Web
Structure(Architecture) of Applications - I
Structure(Architecture) of Applications - II
Three Roles of Object Web Technologies in Computing
Metacomputing with Web Architecture
One Strategy for a Object Web-based Metacomputing
Some Capabilities of the Object Web (Server) Architecture for Computing
Three Possible Implementations of CFD CSM Linkage
HPCORBA Layer with SIO Analogy
Picture of JavaBean and JDK1.1 AWT Event Model
Basic HPcc Strategy
What is Java Grande?
What is Goal of Java Grande Forum?
Java Grande Forum Benchmarks
NPAC Technologies
NPAC Concepts: Visual Authoring
NPAC Technologies: WebFlow
WebFlow Architecture - Servlet based Management
WebFlow Flip Module
Visual Programming WebFlow, DARP on GLOBUS
WebFlow 3 Tier Architecture with High Performance Globus and High Functionality IIOP Services
Quantum Simulation Application Example
Quantum Simulations problem description
Solution using the WebFlow
In particular, for Quantum Simulations
Quantum Simulations using the WebFlow
Sample WebFlow Session on Quantum MonteCarlo
NPAC Visual Authoring Tools: Integrating with UML for Visual Authoring
Next Steps for HPcc using JavaBeans
NPAC Concepts: Pragmatic Object Web
NPAC Technologies: JWORB
JWORB - Java Web Object Request Broker
Demos: JWORB
JWORB Demo for HTTP+IIOP Integration
JWORB Demo for HTTP+IIOP Integration
IIOP Performance for Java ORB's
Java IIOP Performance for Structures
C++ ORB Much Faster than Java!
Integration of DIS with Object Web Based Computing
NPAC Techs: Object Web RTI
JWORB based Object Web RTI
HLA/RTI versus HPF/MPI
HLA/RTI at Top Management Level
Architecture of HLA/RTI Services
HLA/RTI Management Structure
Resource Management and Scheduling
WebHLA: Visual HLA Authoring
HLA FEDEP Federation Development Process
WebFlow based Visual Simulation Tools for FEDEP
Use of WebFlow/JWORB in WebHLA
Towards WebHLA based Metacomputing: SBA Challenges and Opportunities
WebHLA based Virtual Prototyping Environment
Parallel Computing v. Metacomputing
A Parallel Computer Viewed as a Single CORBA Object
Fig. 13: Each node of a parallel computer instantiated as a Corba object.
Can HPcc Give High Performance if applied to each node of a parallel computer?
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