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Behavior of MDynaMix on Intel Xeon Phi Coprocessor

机译:MDynaMix在Intel Xeon Phi协处理器上的行为

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摘要

Over the years, computational science has witnessed exceptional growth, but still lagging in efficient programming to effectively undertake research activities. Today, developments in almost all areas of Science & Technology heavily rely on computational capabilities. The latest TOP500 supercomputing list shows the relevance of computational simulation & modeling using accelerator technologies. Porting, optimization, scaling and tuning of existing High Performance Computing (HPC) Applications on such hybrid architectures is the norm for reaping the benefits of extreme scale computing. This paper gauges the performance of MDynaMix application from Molecular Dynamic domain on Intel Xeon Processor along with Intel Xeon Phi coprocessor. Different test cases were carried out to explore the performance of Intel Xeon Phi cards within the node as well as across the nodes.
机译:多年来,计算科学取得了惊人的增长,但在有效进行研究活动方面仍然落后于有效的编程。如今,几乎所有科学技术领域的发展都严重依赖于计算能力。最新的TOP500超级计算列表显示了使用加速器技术进行计算仿真和建模的相关性。在这样的混合体系结构上移植,优化,扩展和调整现有的高性能计算(HPC)应用程序是获得极端规模计算优势的规范。本文从Intel Xeon处理器以及Intel Xeon Phi协处理器上的Molecular Dynamic域评估了MDynaMix应用程序的性能。进行了不同的测试案例,以探讨节点内以及节点之间的Intel Xeon Phi卡的性能。

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