| Document Date: 2014-12-04 04:35:10
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City Utrecht / Amsterdam / / Company IBM / Los Alamos National Laboratory / GPUs / GPU / Parallel Ocean Program Hardware / Nvidia / Khronos Group / Intel / / Country Netherlands / Russia / Canada / / Facility VU University / the Netherlands eScience Center / / IndustryTerm surface kinetic energy distribution / hierarchical algorithm / local network / space-filling-curve algorithm / load-balancing algorithms / internet link / software tools / rake algorithm / bandwidthTest tool / equivalent solutions / curve algorithm / cluster systems / space-filling-curve load-balancing algorithm / space-fillingof processors / satellite data / space-filling curve load balancing algorithm / added processing power / distributed computing approach / external network / individrake algorithm / space-filling-curve algorithms / parallelization tools / directive-based parallelization tools / search phase / connected using a internet link / / NaturalFeature Gulf Stream / Implicit Streams / CUDA Streams / / Organization European Geosciences Union / VU University Amsterdam / the Netherlands eScience Center / Institute for Marine / / Person Dev / / Position driver / Model Development Open Access Geosci / Model / / Product pSeries 575 / a clustered SMP (symmetric multiprocessing) system / Tesla K20 / pSeries 575 / Nvidia Tesla K20 GPU / / ProgrammingLanguage Fortran 90 / / Technology symmetric multiprocessing / three algorithms / 3-D / individrake algorithm / space-filling-curve load-balancing algorithm / load-balancing algorithms / cache memory / curve algorithm / space-filling-curve algorithms / 6 processors / space-fillingof processors / rake algorithm / hierarchical algorithm / load balancing / firewall / space-filling-curve algorithm / existing algorithms / partitioning algorithm / simulation / space-filling curve load balancing algorithm / / URL http /
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