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City Venice / London / Livermore / / Company IBM / Kubota / AMR / Lawrence Livermore National Laboratory / Pearson / ACM SIGARCH Intl / Lawrence Livermore National Security LLC / / Country Italy / / Currency pence / USD / / / Facility MPI library / Texas A&M University / College Station / N. Garner / / IndustryTerm performance computing / scientific applications / diffusive algorithms / large scale parallel applications / nearby processors / actual diffusive algorithm / diffusive balancing algorithm / classical molecular dynamics applications / otherwise preferred balancing algorithm / load balancing algorithms / parallel scientific applications / large-scale production applications / good balancing algorithm / particular algorithm / virtual processors / diffusive load balancing algorithms / unstructured mesh applications / diffusive and global algorithms / target applications / finite element applications / large-scale scientific applications / Dynamic topology aware load balancing algorithms / parallel applications / diffusive algorithm / diffusion algorithm / correct algorithm / diffusion algorithms / direct communication among tools / coupled applications / particular algorithms / load balancing algorithm / load balance algorithm / large parallel applications / appropriate load balancing algorithm / appropriate balancing algorithm / element-aware load balance tools / overloaded physical processors / torus networks / load model infrastructure / / NaturalFeature San Servolo Island / / OperatingSystem Linux / / Organization U.S. Department of Energy / U.S. Securities and Exchange Commission / Department of Computer Science and Engineering / United States Government / Texas A&M University / Royal Society / / Person M. Schulz / V / Olga Pearce / Martin Schulz / Arbitrary / Todd Gamblin / Nancy M. Amato / / / Position Cost Model for cost-benefit analysis / representative / cost model / cost model for correcting load imbalance / / Product Load Model / / ProgrammingLanguage L / / PublishedMedium IEEE Transactions on Computers / / Technology actual diffusive algorithm / correct algorithm / appropriate balancing algorithm / specific load balancing algorithms / diffusion algorithm / diffusive balancing algorithm / following load balancing algorithms / load balancing algorithm / Linux / balancing algorithms / API / oct-tree N-body algorithm / selected LB algorithm / otherwise preferred balancing algorithm / diffusion algorithms / Monte Carlo algorithm / diffusive algorithm / diffusive load balancing algorithms / 64 processors / 2.4 GHz AMD Opteron processors / Koradi algorithm / load balancing algorithms / particular algorithm / load balancing / balancing algorithm / Dynamic topology aware load balancing algorithms / good balancing algorithm / LB algorithms / condensation / 2.3 GHz AMD Opteron processors / overloaded physical processors / Simulation / appropriate load balancing algorithm / ad hoc Voronoi algorithm / Monte Carlo algorithms / load balance algorithm / / SocialTag 
Quantifying the Effectiveness of Load Balance Algorithms Olga Pearce?† , Todd Gamblin† , Bronis R. de Supinski† , Martin Schulz† , Nancy M. Amato? ? Department of Computer Science and Engineering, Texas A&M Univ