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Status of WebFlow HPcc and JWORB

Given by Wojtek Furmanski, Tom Haupt at SANDIA Presentation on 11 March 98. Foils prepared 15 March 98

We first describe the architecture of current WebFlow implementation of an NCSA Grand Challenge -- that for Quantum Montecarlo Simulations
This shows multi-tier structure and integration of databases and Globus
Then we describe Status and Design of JWORB which is a Java Server that combines CORBA Web and COM capabilities and so implements concept of the pragmatic object Web
We give performance results compared to RMI and CORBA brokers
We describe a "ping demo" which nicely shows interplay between CORBA and Web capabilities
We describe the RTI application to distributed modeling and simulation

This mixed presentation uses parts of the following base foilsets which can also be looked at on their own!
General NPAC Foils-98A starting January 98 (PowerPoint)
Collection of GIF Images for General NPAC Projects January 97-
Commodity(Web) Technologies in the service of Computational Grids
Collection of Images for General NPAC Projects January 98-
Status of JWORB Java Web/CORBA Server

Table of Contents for Status of WebFlow HPcc and JWORB

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1 Status of JWORB WebFlow HPcc and HLA Applications Integration with Globus http://www.npac.syr.edu/users/gcf/jworbmar98 http://www.npac.syr.edu/users/gcf/dswahpccfeb98 http://www.npac.syr.edu/users/gcf/HPcc/HPcc.html
2 Abstract of WebFlow and JWORB Status
Basic WebFlow
3 Visual Programming WebFlow, DARP on GLOBUS
4 WebFlow Flip Module
5 WebFlow Globus and FrontEnd (DARP,SciVis) Architecture II
6 Example of WebFlow = AVS/Khoros using Web
7 WebFlow: Image Processing
8 Use of HSV filter in WebFlow
9 Use of Wave Filter in WebFlow
DARP Architecture
10 Planned Architecture of DARP User Level Debugging and Rapid Prototyping System
11 Code WebFlow and Image Processing Parameters for Spatial Filter from SciVis in WebFlow from DARP II
12 Code WebFlow and Image Processing Parameters and SciVis Output from DARP I
Status of WebFlow used in NCSA Alliance Project
13 Description of Quantum Montecarlo Computational Structure
14 Logical Structure of Hpcc Implementation of Quantum Montecarlo
15 Description of WebFlow Implementation of Quantum Montecarlo
16 Physical Architecture of WebFlow/Globus Quantum Montecarlo Problem Solving Environment
Status of JWORB
17 JWORB as of March 9, `98 NPAC's Java Web Server
18 JWORB - Java Web Object Request Broker
19 JWORB - Integrates Distributed Object Models
20 JWORB based Object Web Integration
21 JWORB - Current Status (March `98)
22 JWORB - Early Performance Results
23 JWORB Performance
24 JWORB - Demo of HTTP+IIOP Integration
25 JWORB Demo for HTTP+IIOP Integration
26 JWORB Demo for HTTP+IIOP Integration
27 JWORB -Next Steps (Spring/Summer `98)
28 Early JWORB based Applications
29 WebHLA as of March 9, `98
30 WebHLA - Current JWORB Application Driver
31 DoD M&S versus Object Web
32 HLA, RTI, CORBA, DMSO and JWORB
33 JWORB based Object Web RTI
34 RTI 1.0
35 RTI Time Management
36 Data Distribution Management
37 JWORB based Object Web RTI
38 WebHLA Projects at NPAC
39 WebHLA - Planning Parallel & Distributed RTI - Ultimate Scenario
40 WebHLA - Fall `97
41 Use of WebFlow in WebHLA
42 HLA FEDEP Federation Development Process
43 WebFlow based Visual Simulation Tools
44 WebHLA based Virtual Prototyping Environment
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