OMP 和 MATLAB 在并行计算方面的比较评估

Yajnaseni Dash, Ajith Abraham
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引用次数: 0

摘要

并行计算的首要目标是同时并行执行多个程序指令。因此,为实现这一目标,应将程序划分为独立的程序集,以便每个处理器都能与其他处理器同时执行其程序部分。本研究通过使用密集矩阵乘法技术,比较了 OMP 和 MATLAB 这两种重要的并行计算仿真工具。结果表明,在顺序执行和并行执行中,OMP 的性能分别比 MATLAB 并行环境高出 8 倍和 6 倍以上。从这一提议的方法中还观察到,使用较慢处理器的 OMP 比使用较高处理器的 MATLAB 性能要好得多。因此,目前的分析表明,OMP 是一种优越的并行计算环境,应优先于并行 MATLAB。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A comparative assessment of OMP and MATLAB for parallel computation
The prime goal of parallel computing is the simultaneous parallel execution of several program instructions. Consequently, to accomplish this, the program should be divided into independent sets so that each processor can execute its program part concurrently with the other processors. This study compares OMP and MATLAB, two important parallel computing simulation tools, through the use of a dense matrix multiplication technique. The results showed that OMP outperformed the MATLAB parallel environment by over 8 times in sequential execution and 6 times in parallel execution. From this proposed method, it was also observed that OMP with an even slower processor performs much better than MATLAB with a higher processor. Thus, the present analysis indicates that OMP is a superior environment for parallel computing and should be preferred over parallel MATLAB.
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CiteScore
3.30
自引率
0.00%
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