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Parallel computing / Computer architecture / Load balancing / Network management / Routing / Charm++ / Multi-core processor / Scalability / Virtual Processor / Computing / System software / Concurrent computing


A Comparative Analysis of Load Balancing Algorithms Applied to a Weather Forecast Model Eduardo R. Rodrigues Philippe O. A. Navaux Institute of Informatics Federal University of
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Document Date: 2011-05-01 22:30:33

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File Size: 291,64 KB

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City

St. Charles / Melbourne / /

Company

Balancers In / /

Country

Brazil / Australia / /

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Facility

Rodrigues Philippe O. A. Navaux Institute of Informatics Federal University / University of Illinois / Kale Parallel Programming Laboratory University of Illinois / Technology Department Federal University of Sao Paulo Sao Jose / University of Minnesota / Morgan Kaufmann Pub / /

IndustryTerm

performance analysis tool / physical processor / overloaded physical processor / load balancing infrastructure / homogeneous multiple processor systems / Load-balancing algorithms / formal solution / chemical and biological processes / load balancing algorithms / i.e. cross-processor / parallel systems / virtual processors / distinct processors / parallel applications / virtual processor / image processing / processors / load balancing algorithm / loaded processor / least loaded processor / Parallel computing works / overloaded processors / physical processors / /

Organization

Informatics Federal University of Rio Grande / Weather Forecast Model Eduardo R. Rodrigues Philippe O. A. Navaux Institute / National Science Foundation / Oak Ridge National Lab. / American Meteorological Society / br Jairo Panetta Alvaro Fazenda Center for Weather Forecast and Climate Studies / University of Illinois / National Council for Scientific and Technological Development / Department of Computer Science / Technology Department Federal University of Sao Paulo Sao Jose / University of Minnesota / Brazilian Ministry of Education / /

Person

Eduardo R. Rodrigues / Celso L. Mendes Laxmikant V / Eduardo R. Rodrigues Philippe / Paulo Sao Jose dos Campos / Jairo Panetta Alvaro / /

Position

VP / VP GreedyLB / VP MetisLB / VP HilbertLB / local scheduler / Driver for Petascale Computing / author / VP RecBisectBfLB / VP Execution Execution Time Time / VP RefineCommLB / programmer / /

ProvinceOrState

Minnesota / Illinois / /

PublishedMedium

Geophysical Research Letters / Mathematische Annalen / IEEE Transactions on Computers / /

Technology

certain processor / conventional Hilbert algorithm / 3000 processors / Opteron processors / Charm++ virtual processor / load balancing algorithm / 64 real processors / Balancing Algorithms / 64 physical processors / i.e. cross-processor / two processors / 3.1 Processor / same physical processor / 128 processors / Load-balancing algorithms / same processor / selected algorithm / image processing / overloaded physical processor / load balancing algorithms / least loaded processor / one processor / underlying processors / Load Balancing / balancing algorithm / bisectioning algorithm / HilbertLB algorithm / virtual processor / physical processor / 32 physical processors / simulation / 1024 virtual processors / same algorithm / Parallel Processing / /

URL

http /

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