Date: | July 5th, 2006 |
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Location: | DC 1304 |
Time: | 12:30 PM |
Chair: | Gabe Esteves |
Date: | July 12th | July 19th | July 26th | August 2nd |
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Location: | DC 1304 | DC 1304 | DC 1304 | DC 1304 |
Chair: | Elodie Fourquet |
Tetsugo Inada |
Gilad Israeli |
Alex Kalaidjian |
Technical Presentation: |
Paul Church |
Bill Cowan |
Gabriel Esteves |
Elodie Fourquet |
Rob Kroeger |
Title Estimating performance of HPC applications on future architectures Abstract
In the design of future computer systems, foreknowledge of the how
different architectural variants will perform on desired target
workloads can be invaluable in guiding the design. Obtaining this
foreknowledge is difficult: designs are fluid and future computers
systems are orders of magnitude larger in both thread count and
memory size than today's systems. I will present a methodology
developed Sun Labs to to estimate the performance of realistic HPC
applications when running on such systems.
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