Intel(R) - Computational and Systems Biology at MIT
Intel(R) - Computational and Systems Biology at MIT
Intel(R) - Computational and Systems Biology at MIT
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<strong>Intel</strong> MKL choice, particular cases, 6-10setting for cluster, 9-2setting with OpenMP environment variable, 6-4techniques to set, 6-3numerical stability, 8-1OOpenMPComp<strong>at</strong>ibility run-time compiler library, 5-10Legacy run-time compiler library, 5-10Pparallel performance, 6-4parallelism, 6-1PARDISO OOC, configur<strong>at</strong>ion file, 4-5performance, 6-1coding techniques to gain, 6-13hardware tips to gain, 6-14multi-core, 6-15of LAPACK packed routines, 6-13with denormals, 6-16thread safety, of <strong>Intel</strong> MKL, 6-1threadingavoiding conflicts, 6-4environment variables <strong>and</strong> functions, 6-8<strong>Intel</strong> MKL behavior, particular cases, 6-10<strong>Intel</strong> MKL controls, 6-8see also number of threadsthreading layer, 3-4Uunstable output, numerically, getting rid of, 8-1usage inform<strong>at</strong>ion, 1-1RRTL, 7-3RTL layer, 3-3run-time library, 7-3Comp<strong>at</strong>ibility OpenMP, 5-10Legacy OpenMP, 5-10SScaLAPACK, linking with, 9-1sequential version of the library, 3-4stability, numerical, 8-1st<strong>at</strong>ic linking, 5-1support, technical, 1-1syntaxlinking, cluster software, 9-1linking, general, 5-3Ttechnical support, 1-1Index-3
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