Simulation with skeletons of applications using dimemas

C. Camarero, C. Martínez, J. L. Bosque
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Abstract

Large computer systems, like those in the TOP 500 ranking, comprise about hundreds of thousands cores. Simulating application execution in these systems is very complex and costly. This article explores the option of using application skeletons, together with an analytic simulator, to study the performance of these large systems. With this aim, the Dimemas simulator has been enhanced with the capability of simulating application skeletons. This enhancement allows simulating the skeleton of Lulesh, an application with 90k processes in a single day. In addition, it also generates traces, which is of great value to validate skeletons and simulations.
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模拟使用dimemas的应用程序骨架
大型计算机系统,比如排名前500的那些,由大约数十万个核心组成。在这些系统中模拟应用程序的执行是非常复杂和昂贵的。本文探讨了使用应用程序框架和分析模拟器来研究这些大型系统的性能的选项。有了这个目标,Dimemas模拟器已经增强了模拟应用程序框架的能力。这种增强允许模拟Lulesh的骨架,这是一个在一天内具有90k个进程的应用程序。此外,它还可以生成轨迹,这对验证骨架和模拟具有重要价值。
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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