Intel® MPI Library for Linux* OS Reference Manual Document number: 5 1 About this Document This Reference Manual provides you with a complete command and tuning reference for the Intel® MPI Library. The Intel® MPI Library is a multi-fabric message passing library that implements the Message Passing Interface, v2 (MPI-2) specification. · Intel® MPI Library Developer Reference for Linux* OS. This Developer Reference provides you with the complete reference for the Intel® MPI Library. It is intended to help an experienced user fully utilize the Intel MPI Library functionality. You can freely redistribute this document in any desired form. Intel® MPI Library for Linux* OS Reference Manual Document number: 5 1 About this Document This Reference Manual provides you with a complete command and tuning reference for the Intel® MPI Library. The Intel® MPI Library is a multi-fabric message passing library that implements the Message Passing Interface, v2 (MPI-2) specification.
Intel® MPI Library for Linux* OS Reference Manual. The. MPI_THREAD_FUNNELED. level is provided by default by the thread safe version of the Intel® MPI library. NOTE: If you specify either the –openmp. or the –parallel. options for the Intel® C Compiler, the. thread safe version of the library is used. NOTE. Intel® MPI Library for Linux* OS Reference Manual Document number 5 1 About this Document This Reference Manual provides you with a complete command and tuning reference for the Intel MPI Library. The Intel® MPI Library is a multi-fabric message passing library that implements the Message Passing Interface, v2 (MPI-2) specification. Intel® MPI Library Developer Guide for Linux* OS. Documentation for older versions of the Intel® MPI Library are available for download only. For a list of available Intel® Parallel Studio XE documentation by product version, see Download Documentation for Intel Parallel Studio XE.
Nov 3, Intel MPI Library reference manual. Page 12 reference-thread-affinity-interface-linux-and-windows. Page One Intel Software. Develop applications that can run on multiple cluster interconnects chosen by the user at run time. ▫ Quickly deliver maximum end-user performance without. For examples and detailed functionality description, please refer to the Intel MPI Library Developer Guide. The following are some popular.
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