Full Index for Scripted foilset 
| We describe some aspects of HPCC in USA and in particular the new NCSA computational alliance and the proposed petaflop initiative |
| We discuss role of commodity (Web) technologies in future high performance computing environments |
| We describe how a network of Web/CORBA/COM servers architecture can naturally support both parallel and distributed computing while |
| We describe applications to both metacomputing, and parallel computing |
| We suggest critical importance of CORBA and component based software in HPCC -- Javabeans seem very important |
| We describe role of collaboration technology in linking computers with people |
| We describe use of Java as a general coding language for scientific and engineering computation |
| This approach unifies distributed event driven simulations with classic massively parallel time stepped computations |
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1
Status of HPCC in USA and High Performance Computing (HPCC) based on Commodity Technologies December 27,97 -- January 6,98 Beijing and Chang Sha (Hunan Province) China
2
Abstract of Commodity Technologies in HPCC for China
3
Some International HPCC Activities
4
Some Concepts Learnt from HPCC Initiative
5
New Initiatives of Current HPCC
6
Some More Detailed Trends in HPCC
7
National Science Foundation's Partnerships for Advanced Computational Infrastructure
8
Ten More Years!
9
The Alliance National Technology Grid
10
vBNS, Internet-2 and PACI
11
The Alliance is Prototyping the National Technology Grid
12
Launching the Alliance - What We Will Do This Fall
13
Alliance Enabling Technologies Teams - Faculty Leads
14
Alliance Applications Technologies Teams - Faculty Leads and UIUC (NCSA) Anchors
15
Alliance Applications Technologies Teams - Faculty Leads and UIUC (NCSA) Anchors
16
Education, Outreach, and Training FY98 Projects
17
How Did a Supercomputer Center Get Into Enterprise Knowledge Management?
18
NCSA Supplies Alliance With Information Technology Support
19
NCSA Intranet Deployment
20
Alliance Collaboration Spaces
21
NCSA Habanero - Collaborative Support for Scientific Teams
22
The NCSA Biology Workbench - A Web-Based Software Architecture
23
Linking K-12 With Real-Time Science
24
BIMA Distributed Observatory, Digital Library, and Collaboratory
25
Exponential Growth in National User Demand Will Drive Grid Capabilities
26
Replacement of Shared Memory Vector Supercomputers by Microprocessor SMPs
27
NCSA: A Decade of Leadership in Clustered Computing
28
Regional Partners to Partners for Advanced Computational Services
29
Visual Supercomputing Goal: Make Analysis as Powerful as Simulation
30
CAVE Virtual Immersive Environment
31
Building the Visual Supercomputer
32
Peak Supercomputer Performance
33
Overall Remarks on the March to PetaFlops - I
34
Overall Remarks on the March to PetaFlops - II
35
10 Possible PetaFlop Applications
36
Chip Density Projections to year 2013
37
Clock Speed and I/O Speed in megabytes/sec per pin through year 2013
38
II. Major Findings & Recommendations: Findings.
39
II. Major Findings & Recommendations: Findings.
40
II. Major Findings & Recommendations: Recommendations
41
II. Major Findings & Recommendations: Recommendations
42
Supercomputer Architectures in Years 2005-2010 -- I
43
Supercomputer Architectures in Years 2005-2010 -- II
44
Supercomputer Architectures in Years 2005-2010 -- III
45
Performance Per Transistor
46
New "Strawman" PIM Processing Node Macro
47
"Strawman" Chip Floorplan
48
Comparison of Supercomputer Architectures
49
General Philosophy from PetaSoft Meeting
50
Features of the The Layered Software Model
51
Hierarchy of Software Levels
52
Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- II
53
PetaSoft Findings 1) and 2) -- Memory Hierarchy
54
PetaSoft Findings 3) and 4) -- Using Memory Hierarchy
55
PetaSoft Findings 5) and 6) -- Layered Software
56
PetaSoft Recommendations 1) to 3) Memory and Software Hierarchy
57
V. A National program concept: Technology Model
58
Now we follow with A Comparison of JNAC and HPCC
59
Comparison of HPCC and JNAC - I
60
Comparison of HPCC and JNAC - II
61
Comparison of HPCC and JNAC - III
62
The Computing Pyramid
63
Pragmatic Object Web Technology Model
64
A Web-based 3-Tier Computing System
65
High Functionality Software Layer
66
Architecture of HPcc Commidity Technology High Performance Computing System
67
Three Roles of Object Web Technologies in Computing
68
Glossary of Terms VI
69
Computational Grid and the Object Web
70
Object Web Software is the Best
71
Synergy of InterNet and IntraNets
72
Structure(Architecture) of Applications - I
73
Structure(Architecture) of Applications - II
74
Metacomputing with Web Architecture
75
One Strategy for a Object Web-based Metacomputing
76
Web-Server based Metacomputer Capabilities at 3 levels
77
General Object Web based Middle Tier Server Architecture
78
WebFlow Globus and FrontEnd (DARP,SciVis) Architecture II
79
Planned Architecture of DARP User Level Debugging and Rapid Prototyping System
80
Proposed Approach to High Performance Messaging
81
Three Possible Implementations of CFD CSM Linkage
82
Picture of JavaBean and JDK1.1 AWT Event Model
83
Some Capabilities of the Object Web (Server) Architecture for Computing
84
Example of WebFlow = AVS/Khoros using Web
85
WebFlow: Image Processing
86
WebFlow Globus and FrontEnd (DARP,SciVis) Architecture II
87
Web Architecture Supports Interpreted Environments
88
Planned Architecture of DARP User Level Debugging and Rapid Prototyping System
89
Glossary of Terms II
90
Glossary of Terms IV
91
Component Based Programming Environments
92
What are JavaBeans I
93
What are JavaBeans II
94
What is a Module?
95
3 by 3 Diagram of Programming Environments versus System Complexity from PC to HPCC
96
HPCC ComponentWare: Essential Ideas
97
Pure CORBA Architecture for a distributed Information System (There are similar COM and Javabean /RMI Versions)
98
CORBA Software Model
99
A Parallel Computer Viewed as a Single CORBA Object
100
Each Node of a Parallel Computer viewed as a Separate CORBA Object
101
Fig. 13: Each node of a parallel computer instantiated as a Corba object.
102
A Message or Protocol Optimization Bridge
103
Fig 15: A message optimization bridge
104
Integration of DIS with Object Web Based Computing
105
Technology Convergence Roadmap - Overview for Forces Modeling, Integrated Modeling and Testing for DoD
106
DoD M&S Strategy: An Analogy to City Planning
107
How Did We Get Here?
108
Some Terminology
109
Some More Terminology
110
HLA Comprises Three Components: Rules, Runtime Infrastructure, Templates
111
A Federation Must Play by the Rules
112
Each Federate Must Play By the Rules
113
OMT Components
114
Object Class Structure Table (Template)
115
Object Interaction Table (Roughly Methods in CORBA)
116
Architecture Splits Functions Between Simulations and Runtime Infrastructure
117
Tango Collaboration System
118
Tango Screen: Talking Heads and White Board
119
Typical Web Collaboration Architecture
120
The TANGOsim C2 Application
121
Command and Control Screen with Multimedia Message
122
A demo of animated objects controlled by simulation engine of Tango collaborative system - III
123
TANGO Structure of Multidisciplinary Applications
124
Minimal Web based Multidisciplinary Application
125
Comparison of Communication/Linkage Models
126
Java as the Language for Computational Kernels!
127
Some Critical Features of Java as a Programming Language
128
Comparison of Java and Fortran 77/90
129
Java Links the Bottom and Top of Pyramid
130
Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- I
131
Performance of Java is Dreadful!
132
LinPack Java Performance Updated to Sept 30 1996
133
LinPack Java Performance Updated to June 3 1997
134
What Limits Performance of Compiled Java?
135
Isn't the Web hardware and software too slow to be interesting for HPCC? -Java- III
136
Classes of Simulations and their High Performance Needs
137
Java and Parallelism?
138
"Pure" Java Model For Parallelism
139
Mechanisms for Data Parallelism in HPJava Full WebWisdom URL and this Foilset Search
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