The Intel Optimized MP LINPACK Benchmark for Clusters (MP LINPACK Benchmark) includes the HPL 2.0 distribution in its entirety, as well as the modifications delivered in the files listed in the table below and located in the ./benchmarks/mp_linpack/ subdirectory in the Intel(R) Math Kernel Library (Intel(R) MKL) directory.
Directory/File in ./benchmarks/mp_linpack/ |
Contents |
---|---|
testing/ptest/HPL_pdtest.c |
HPL 2.0 code modified to display captured DGEMM information in ASYOUGO2_DISPLAY if it was captured (for details, see New Features). |
src/blas/HPL_dgemm.c |
HPL 2.0 code modified to capture DGEMM information, if desired, from ASYOUGO2_DISPLAY. |
src/grid/HPL_grid_init.c |
HPL 2.0 code modified to do additional grid experiments originally not in HPL 2.0. |
src/pgesv/HPL_pdgesvK2.c |
HPL 2.0 code modified to do ASYOUGO and ENDEARLY modifications. |
src/pgesv/HPL_pdgesv0.c |
HPL 2.0 code modified to do ASYOUGO, ASYOUGO2, and ENDEARLY modifications. |
testing/ptest/HPL.dat |
HPL 2.0 sample HPL.dat modified. |
Make.ia32 |
(New) Sample architecture makefile for processors using the IA-32 architecture and Linux OS. |
Make.intel64 |
(New) Sample architecture makefile for processors using the Intel(R) 64 architecture and Linux OS. |
HPL.dat |
A repeat of testing/ptest/HPL.dat in the top-level directory. |
Next six files are prebuilt executables, readily available for simple performance testing. |
|
bin_intel/ia32/xhpl_ia32 |
(New) Prebuilt binary for the IA-32 architecture and Linux OS. Statically linked against Intel(R) MPI 3.2. |
bin_intel/ia32/xhpl_ia32_dynamic |
(New) Prebuilt binary for the IA-32 architecture and Linux OS. Dynamically linked against Intel(R) MPI 3.2. |
bin_intel/intel64/xhpl_intel64 |
(New) Prebuilt binary for the Intel(R) 64 architecture and Linux OS. Statically linked against Intel(R) MPI 3.2. |
bin_intel/intel64/xhpl_intel64_dynamic |
(New) Prebuilt binary for the Intel(R) 64 architecture and Linux OS. Dynamically linked against Intel(R) MPI 3.2. |
Next six files are prebuilt hybrid executables. |
|
bin_intel/ia32/xhpl_hybrid_ia32 |
(New) Prebuilt hybrid binary for the IA-32 architecture and Linux OS. Statically linked against Intel(R) MPI 3.2. |
bin_intel/ia32/xhpl_hybrid_ia32_dynamic |
(New) Prebuilt hybrid binary for the IA-32 architecture and Linux OS. Dynamically linked against Intel(R) MPI 3.2. |
bin_intel/intel64/xhpl_hybrid_intel64 |
(New) Prebuilt hybrid binary for the Intel(R) 64 architecture and Linux OS. Statically linked against Intel(R) MPI 3.2. |
bin_intel/intel64/xhpl_hybrid_intel64_dynamic |
(New) Prebuilt hybrid binary for the Intel(R) 64 and Linux OS. Dynamically linked against Intel(R) MPI 3.2. |
Next 3 files are prebuilt libraries |
|
lib_hybrid/ia32/libhpl_hybrid.a |
(New) Prebuilt library with the hybrid version of MP LINPACK for the IA-32 architecture and Intel MPI 3.2. |
lib_hybrid/intel64/libhpl_hybrid.a |
(New) Prebuilt library with the hybrid version of MP LINPACK for the Intel(R) 64 architecture and Intel MPI 3.2. |
Next 18 files refer to run scripts |
|
bin_intel/ia32/runme_ia32 |
(New) Sample run script for the IA-32 architecture and a pure MPI binary statically linked against Intel MPI 3.2. |
bin_intel/ia32/runme_ia32_dynamic |
(New) Sample run script for the IA-32 architecture and a pure MPI binary dynamically linked against Intel MPI 3.2. |
bin_intel/ia32/HPL_serial.dat |
(New) Example of an MP LINPACK benchmark input file for a pure MPI binary and the IA-32 architecture. |
bin_intel/ia32/runme_hybrid_ia32 |
(New) Sample run script for the IA-32 architecture and a hybrid binary statically linked against Intel MPI 3.2. |
bin_intel/ia32/runme_hybrid_ia32_dynamic |
(New) Sample run script for the IA-32 architecture and a hybrid binary dynamically linked against Intel MPI 3.2. |
bin_intel/ia32/HPL_hybrid.dat |
(New) Example of an MP LINPACK benchmark input file for a hybrid binary and the IA-32 architecture. |
bin_intel/intel64/runme_intel64 |
(New) Sample run script for the Intel(R) 64 architecture and a pure MPI binary statically linked against Intel MPI 3.2. |
bin_intel/intel64/runme_intel64_dynamic |
(New) Sample run script for the Intel(R) 64 architecture and a pure MPI binary dynamically linked against Intel MPI 3.2. |
bin_intel/intel64/HPL_serial.dat |
(New) Example of an MP LINPACK benchmark input file for a pure MPI binary and the Intel(R) 64 architecture. |
bin_intel/intel64/runme_hybrid_intel64 |
(New) Sample run script for the Intel(R) 64 architecture and a hybrid binary statically linked against Intel MPI 3.2. |
bin_intel/intel64/runme_hybrid_intel64_dynamic |
(New) Sample run script for the Intel(R) 64 architecture and a hybrid binary dynamically linked against Intel MPI 3.2. |
bin_intel/intel64/HPL_hybrid.dat |
(New) Example of an MP LINPACK benchmark input file for a hybrid binary and the Intel(R) 64 architecture. |
nodeperf.c |
(New) Sample utility that tests the DGEMM speed across the cluster. |
Optimization Notice |
---|
The Intel® Math Kernel Library (Intel® MKL) contains functions that are more highly optimized for Intel microprocessors than for other microprocessors. While the functions in Intel® MKL offer optimizations for both Intel and Intel-compatible microprocessors, depending on your code and other factors, you will likely get extra performance on Intel microprocessors. While the paragraph above describes the basic optimization approach for Intel® MKL as a whole, the library may or may not be optimized to the same degree for non-Intel microprocessors for optimizations that are not unique to Intel microprocessors. These optimizations include Intel® Streaming SIMD Extensions 2 (Intel® SSE2), Intel® Streaming SIMD Extensions 3 (Intel® SSE3), and Supplemental Streaming SIMD Extensions 3 (Intel® SSSE3) instruction sets and other optimizations. Intel does not guarantee the availability, functionality, or effectiveness of any optimization on microprocessors not manufactured by Intel. Microprocessor-dependent optimizations in this product are intended for use with Intel microprocessors. Intel recommends that you evaluate other library products to determine which best meets your requirements. |
Copyright © 2006 - 2010, Intel Corporation. All rights reserved.