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HPC Application Performance and Scaling:Understanding Trends and Future Challenges withApplication Benchmarks on past, Present and Future Tri-Lab Computing Systems

机译:HPC应用程序性能和缩放:了解过去,现状和未来三实验室计算系统的应用基准的趋势和未来挑战

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In this paper HPC architectural characteristics and their impact on application performance and scaling are investigated. Performance data gathered over several generations of very large HPC systems like: ASC Red Storm, ASC Purple, and a large InfiniBand cluster - Red Sky, are analyzed. As the number of cache coherent cores and number of NUMA domains at a compute node keeps increasing, we analyze their impact with a few simple benchmarks and several applications. We present bottlenecks and remedies examining production applications. We conclude with preliminary early-hardware performance data from the ASC Cielo, a petaFLOPS class future capability system.
机译:在本文中,研究了HPC架构特征及其对应用性能和缩放的影响。分析了绩效数据,包括以下几代非常大的HPC系统:ASC Red Storm,ASC紫色和一个大型Infiniband群集 - 红色天空。随着Compute节点的高速缓存相干核和Numa域的数量不断增加,我们将它们的影响与一些简单的基准和几个应用程序分析。我们呈现瓶颈和补救措施检查生产应用。我们通过来自ASC CIELO的初步早期硬件性能数据,PETAFLOPS级未来能力系统结束。

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