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Accelerating Applications at Scale Using One-Sided Communication Hongzhang Shan, Brian Austin, Nicholas J. Wright, Erich Strohmaier, John Shalf and Katherine Yelick CRD and NERSC Lawrence Berkeley National Laboratory, Be
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Document Date: 2012-10-29 02:31:54

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New York / Lugano / Anchorage / /

Company

Cambridge University Press / BT / NERSC Lawrence Berkeley National Laboratory / Lawrence Berkeley National Laboratory / HP / AMD / Cray User Group / K. Optimizing Bandwidth Limited / /

Country

Italy / United States / /

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Facility

GASNET communication system / /

IndustryTerm

petascale computing platforms / leapfrog algorithm / optimized serial algorithm / scientific applications / parallel computing / multi-core processors / performance tool / latency sensitive communications / communication algorithm / http /

MarketIndex

FFT / /

Organization

Cambridge University / U.S. Department of Energy / office of Advanced Scientific Computing Research / U.S. Securities and Exchange Commission / Department of Energy office of Science / UPC MILC / National Energy Research Scientific Computing Center / /

Person

Erich Strohmaier / Brian Austin / Nicholas J. Wright / Nathan Wichmann / John Shalf / Katherine Yelick / /

Position

quasistatic model for high brightness beam dynamics simulation / programming model for scalable parallel computing / representative / memory controller / /

Product

Gemini / /

ProgrammingLanguage

R / C / Fortran / L / J / /

ProvinceOrState

New Jersey / Alaska / New York / /

Technology

conjugate-gradient algorithm / 3-D / CAF algorithm / parallel algorithm / html / two-step leapfrog algorithm / CAF algorithms / optimized serial algorithm / four chips / pdf / BarnesHut algorithm / communication algorithm / load balancing / one-sided algorithms / Gemini network chip / http / Massive On-Chip / simulation / 2-sided messaging protocol / /

URL

http /

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