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Using an adaptive and time predictable runtime system for power-aware HPC-oriented applications

机译:将自适应且时间可预测的运行时系统用于面向功耗感知的HPC的应用程序

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An increasing number of High-Performance Applications demand some form of time predictability, in particular in scenarios where correctness depends on both performance and timing requirements, and the failure to meet either of them is critical. Consequently, a more predictable HPC system is required, particularly for an emerging class of adaptive real-time HPC applications. Here we present our runtime approach which produces the results in the predictable time with the minimized allocation of hardware resources. The paper describes the advantages in terms of execution time reliability and the trade-offs regarding power/energy consumption and temperature of the system compared with the current GNU/Linux governors.
机译:越来越多的高性能应用程序要求某种形式的时间可预测性,特别是在正确性取决于性能和时序要求,而无法满足其中任何一个要求的情况下,尤其如此。因此,特别是对于新兴的一类自适应实时HPC应用程序,需要一个更加可预测的HPC系统。在这里,我们介绍了我们的运行时方法,该方法在可预测的时间内以最小的硬件资源分配产生结果。本文介绍了与当前GNU / Linux调速器相比,在执行时间可靠性以及在功耗/能耗和系统温度方面的权衡方面的优势。

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