HPCC PetaFlop Technology, Meetings and National Initiative
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Number of Foilsets: 16 Foils: 636
Label
Foilset Title
Number of Foils
1:PPTKoggeJNAC3
Some Numerical Memory and
MicroProcessor Projections for PetaFlops
Foils: 6
2:PPTKoggepimtalk
Processing-In-Memory (PIM)
Architectures for Very High Performance
MPP Computing
Foils: 51
3:PPTpetasoft
Summary of Working Groups at PAWS and
PetaSoft Meetings
Foils: 42
4:PPTpetasoftjan97
Remarks on Fox's White Paper and
Working Group Report
Foils: 12
5:PPTpetasoftstrat
Software Strategy for JNAC (PetaFlops)
Initiative
Foils: 27
6:PPTsmithpetaoverview1
PetaFlop(JNAC) Overview Presentations
-- Results of Studies and Next Steps Aug
28 96
Foils: 19
7:PPTsmithpetaoverview2
PetaFlop(JNAC) Overview Presentations
-- Results of Studies and Next Steps Sep
19,96
Foils: 38
8:cornellhpcc96
A Short Overview of HPCC -- From
GigaFlops to PetaFlops and From Tightly
Coupled MPP's to the World Wide Web
Foils: 40
9:hpcc96petaflops
HPCC Futures Topic 2:A Possible
PetaFlop Initiative
Foils: 47
10:javaforcsefall96
The Future:Petaflop Computers and Java
as a High Performance Computational
Science and Simulation Language
Foils: 48
11:nasaamesperfsept98
A Coarse Grain Performance Estimator --
PetaSIM and a Hybrid Distributed Object
Model for the IPG
Foils: 33
12:petaflopapril97
And the HPCN Future is: Petaflop
Computers and Java and Web Technologies
Foils: 70
13:petaflopjan97
Variety of Foils Used Starting January
97
Foils: 111
14:petasimaug98.1
Overview of PetaSIM and its
relationship to Application Emulators
Foils: 15
15:petasimaug98.2
Details of PetaSIM and its relationship
to Performance Specification Languages
Foils: 42
16:petasimmay98
PetaSIM and its relationship to
Application Emulators
Foils: 35