GLOBAL foilset Problem Solving Environments and the NPAC Activity for Black Hole Grand Challenge

Given by Geoffrey C. Fox, Tom Haupt, Scott Klasky at North Carolina Black Hole Meeting on April 26-27 1996. Foils prepared 5 May 1996
Abstract * Foil Index for this file See also color IMAGE

We desribe the proposed next step of the "computer science" component of the Colliding Black Hole Grand Challenge

DAGH (and HPF) provides a basic language technology which can be basis of a Problem Solving Environment (aka Toolkit) for this application

We propose a Web based system using Java for an adaptive AVS like system manipulating DAGH components We inherit base Web Capibility such as collaboration In last year, we will add VRML capabilities for visualization

We give examples of such Web Facilities

In second part of talk we review Syracuse activities which include work on the PSE as well as particular modules for PSE including Elliptic Solvers, Clustering, Stability

Table of Contents for full HTML of Problem Solving Environments and the NPAC Activity for Black Hole Grand Challenge

This table of Contents Abstract

Foil 1 Problem Solving Environments and the Syracuse (NPAC) Activity for Black Hole Grand Challenge

Foil 2 Abstract of Syracuse Presentation at Black Hole PI Meeting

Foil 3 Visible Human

Foil 4 Factoring RSA Codes -- Software Resource FAFNER

Foil 5 Digital Crime(!?) Home Page

Foil 6 A WWVM based on Web and PVM Technologies

Foil 7 Syracuse HPF Compiler on the Web-- Input Page

Foil 8 Syracuse HPF Compiler on the Web-- Output Page

Foil 9 Java Interface for Performance Visualization

Foil 10 Performance Visualization of Sorting Algorithm

Foil 11 ECS 400 Homepage

Foil 12 Figure 9: Example of use of VRML -- Black Hole Collision Diagram (NCSA)

Foil 13 New York State Interactive Journey: link to Herkimer Home

Foil 14 Link between Interactive Journey and classroom multimedia projects

Foil 15 Java Terrain Viewer

Northeast Parallel Architectures Center, Syracuse University, npac@npac.syr.edu