Long-Term Analysis for Job Characteristics on the Supercomputer

Wenxiang Yang, Jie Yu, Guolong Xing
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Abstract

A deep understanding of the job characteristics and their impacts on the high performance computing system is one of the most critical steps for efficiently planning its design, development and optimization. However, frequent and regular characterization studies are insufficient in many HPC systems, which might make the study done by the system researchers inconsistent with the actual system features and application characteristics, and ultimately lead to the failure of the proposed strategy. Our study in this paper tries to bridge the gap by performing long-term analysis for job characteristics on a petascale ARM supercomputer, in this way, we get many meaningful findings and insights, which we believe can benefit the co-design of hardware and applications, and improve performance and experience of the job submitters in the HPC system.
超级计算机工作特征的长期分析
深入了解工作特征及其对高性能计算系统的影响是高效规划其设计、开发和优化的最关键步骤之一。然而,在许多高性能计算系统中,频繁和定期的表征研究不足,这可能会使系统研究人员所做的研究与实际系统特征和应用特征不一致,最终导致所提出策略的失败。我们的研究试图通过对千万亿次ARM超级计算机的作业特征进行长期分析来弥补这一差距,通过这种方式,我们得到了许多有意义的发现和见解,我们相信这些发现和见解有助于硬件和应用程序的协同设计,并提高高性能计算系统中作业提交者的性能和体验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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