| Document Date: 2010-06-21 08:26:14
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City Houston / Fatahalian / Paris / Pau Cedex / / Company BP / GPU / NVIDIA / Amdahl / / Continent North America / / Country Greenland / France / United States / / Currency pence / / / Event Reorganization / / Facility Florida State University / / IndustryTerm throughput-oriented computing / serial algorithm / analytical solution / local matrix products / triple products / medical imaging / finite-element algorithms / streaming processor / non-graphical applications / finite-element applications / software package / explicit algorithm / individual thread processors / wave propagation applications / oil and gas industry / finite-difference algorithm / matrix products / oil industry / graphics hardware / computing / low-latency on-chip / large linear systems / / OperatingSystem Fermi / / Organization Department of Scientific Computing / Institut f¨ / Florida State University / / Person Dimitri Komatitsch / Dimitri Komatitscha / David Mich / Gordon Erlebacher / Gordon Erlebacherc / / Position general Corresponding author / / Product Tesla / SPECFEM3D / a software package / BP / Tesla GPUs / SPECFEM3D / / ProgrammingLanguage C / / Technology 20 chip / fluid dynamics / finite-element algorithms / computational chemistry / serial algorithm / shared memory / individual thread processors / finite-difference algorithm / geophysics / low-latency on-chip / 10 chip / load balancing / RV870 chip / http / SEM algorithm / second algorithm / simulation / Lattice-Boltzmann algorithms / medical imaging / / URL www.mathematik.tu-dortmund.de/~goeddeke / http /
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speedup_of_GPU_versus_CPU_SEM_MPI_with_process_pinning.eps