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City Node / Austin / B. Event / C. Instruction / Albuquerque / Memphis / Fortran / / Company IBM / Sampling Used / Advanced Micro Devices Inc. / Intel Corporation / Oak Ridge National Laboratory / High Performance Computing Modernization Program Users Group / AMD / Microsoft / / / Facility Library Again / / IndustryTerm scientific applications / Hardware solutions / modified cache-coherence protocol / recent algorithm / point-to-point network / software considerations / search table / set tools / inhouse tool / multi-threaded software / out-oforder processors / user-level software / inter-core network / / MarketIndex OMNI CG / NAS Parallel / / NaturalFeature Ocean Prediction Using HYCOM / / OperatingSystem Linux / Solaris / Microsoft Windows / / Organization U.S. Government / NASA’s Advanced Supercomputing Division / Department of Defense / / Person R. N. Kalla / R. J. Eickemeyer / J. M. Tendler / Gabriel Marin / J. B. Joyner / B. Sinharoy / Patrick Worley / Jeffrey Vetter / / Position MP / operating system scheduler / Architectures Software Developer / contractor / memory controller / controller / programmer / / Product POWER5+ / Opteron processor / OMNI / Power5 / Opteron / POWER5 System / / ProvinceOrState Texas / New Mexico / North Carolina / NUMA / / PublishedMedium Journal of Physics / Technology Alpha / Symmetric Multiprocessing / Opteron processors / Linux / API / micro-processor / operating system / shared memory / operating systems / same chip / Family 10h Processors / out-oforder processors / modified cache-coherence protocol / Opteron processor / Simulation / virtual memory / / URL http / SocialTag 
Memphis: Finding and Fixing NUMA-related Performance Problems on Multi-core Platforms Collin McCurdy and Jeffrey Vetter Future Technologies Group Oak Ridge National Laboratory Oak Ridge TN, USA