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Synthetic Simulation of Mesh-based Parallel Applications Driven by Fine-Grained Profiling

机译:细粒度分析驱动的基于网格的并联应用的合成模拟

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We are interested in discovering the intrinsic dynamics of parallel applications, which are independent of runtime environment, to aid in the development of appropriate tuning policies, especially dynamic load balancing policies. Based on the novel idea of profiling mesh-based applications at a fine granularity of each mesh element, this paper proposes a synthetic application simulator which is driven by a series of application signatures mapping to the mesh structure. By integrating the ZOLTAN library into the system, our simulator provides a convenient test bed for developing and evaluating load balancing policies.
机译:我们有兴趣发现并行应用的内在动态,它们与运行时环境无关,帮助开发适当的调整策略,尤其是动态负载平衡策略。基于每个网格元素的细粒度的分析网格的应用的新颖概念,本文提出了一种合成应用模拟器,其由一系列应用签名映射到网格结构的驱动。通过将Zoltan Library集成到系统中,我们的模拟器提供了一个方便的测试床,用于开发和评估负载平衡策略。

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