OpenCoarrays:支持Coarray Fortran编译器的开源传输层

A. Fanfarillo, T. Burnus, V. Cardellini, S. Filippone, D. Nagle, D. Rouson
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引用次数: 60

摘要

Coarray Fortran是Fortran 2008标准的一组特性,使Fortran成为PGAS并行编程语言。目前有两种商业编译器支持队列:Cray和Intel。在这里,我们介绍了由新的OpenCoarrays项目提供的两个队列传输层:一个库基于MPI,另一个库基于GASNet。我们将GNU Fortran (GFortran)编译器连接到两个openconarrays实现中的任何一个,并在GFortran和Cray和Intel编译器生成的可执行文件之间进行性能比较。比较包括综合基准测试、应用程序原型和应用程序内核。在我们的测试中,英特尔仅在节点内的小传输(特别是标量)上优于GFortran。GFortran在节点内阵列传输和所有需要节点间传输的设置上优于Intel。Cray的比较是混合的,根据所选择的硬件平台、网络和传输层,GFortran或Cray更快。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
OpenCoarrays: Open-source Transport Layers Supporting Coarray Fortran Compilers
Coarray Fortran is a set of features of the Fortran 2008 standard that make Fortran a PGAS parallel programming language. Two commercial compilers currently support coarrays: Cray and Intel. Here we present two coarray transport layers provided by the new OpenCoarrays project: one library based on MPI and the other on GASNet. We link the GNU Fortran (GFortran) compiler to either of the two OpenCoarrays implementations and present performance comparisons between executables produced by GFortran and the Cray and Intel compilers. The comparison includes synthetic benchmarks, application prototypes, and an application kernel. In our tests, Intel outperforms GFortran only on intra-node small transfers (in particular, scalars). GFortran outperforms Intel on intra-node array transfers and in all settings that require inter-node transfers. The Cray comparisons are mixed, with either GFortran or Cray being faster depending on the chosen hardware platform, network, and transport layer.
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