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Performance Evaluation of Scientific Applications on Intel Xeon Phi Knights Landing Clusters

机译:英特尔至强融核骑士着陆群集上科学应用程序的性能评估

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Korea Institute of Science and Technology Information (KISTI) is building its 5th supercomputer based on Intel Xeon Phi Knights Landing (KNL) processors, and plans to provide an open service to computational scientists in the near future. We perform solid benchmark tests for several well-known open/commercial application softwares in a 16 node pilot system for a preliminary performance evaluation of KNL systems. Based on their results, we present detailed discussion with a focus on the performance gain that can be obtained with unique features in KNL processors. Performance of application software measured in our KNL pilot system is compared to that obtained in the current supercomputer based on traditional multicore processors, to claim the practical benefits of Intel onboard Many-Integrated- Core architectures for large-scale scientific computing.
机译:韩国科学技术信息研究院(KISTI)正在基于英特尔至强融核骑士登陆(KNL)处理器构建其第五台超级计算机,并计划在不久的将来向计算科学家提供开放服务。我们在16节点试验系统中对几种著名的开放/商业应用软件进行了可靠的基准测试,以对KNL系统进行初步性能评估。基于他们的结果,我们将进行详细的讨论,重点是可以通过KNL处理器的独特功能获得的性能提升。将我们在KNL试验系统中测得的应用软件的性能与在当前基于传统多核处理器的超级计算机中获得的性能进行了比较,以证明英特尔板载“多集成核”架构可用于大规模科学计算。

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