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Research on Computer Architecture based on Distributed Cluster Structure

机译:基于分布式集群结构的计算机架构研究

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With the fast development of image science and embedded system technique, it is widely accepted that future HPC systems will be limited by their power consumption. The current high performance computing system is a commodity server processors, design for many years to achieve maximum performance, and then it dawned on energy efficiency. In this paper we advocate a different approach: computer architecture based on distributed cluster structure. We introduce the architecture of Tibidabo, the first large-scale HPC cluster built from ARM multicore chips, and a detailed performance and energy efficiency evaluation. We now design experience and to improve the energy efficiency of future HPC systems based on the low power core. The experimental result shows the effectiveness of our methodology, further in-depth research portion is also discussed with case studies.
机译:随着图像科学和嵌入式系统技术的快速发展,众所周知,未来的HPC系统将受到其功耗的限制。目前的高性能计算系统是一种商品服务器处理器,设计多年来实现最大性能,然后达到能效。在本文中,我们倡导了一种不同的方法:基于分布式簇结构的计算机架构。我们介绍了Tibidabo的架构,这是由ARM多核芯片构建的第一个大型HPC集群,以及详细的性能和能效评估。我们现在设计经验并根据低功耗核心提高未来HPC系统的能效。实验结果表明了我们方法的有效性,进一步深入研究部分也被讨论了案例研究。

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