在制品:节省资源的不精确计算热补丁技术

Haegeon Jeong, Kyungtae Kang
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引用次数: 0

摘要

由于不精确计算可以节省计算资源,它已成为设计节能数字系统的一种方法。热补丁是用于实现它的技术之一。热补丁可以在不重启应用程序的情况下增加或删除应用程序的功能。在本研究中,我们为Linux应用程序实现了一个热补丁工具,并将其应用于不精确计算。我们测量了基于平方根计算应用程序的CPU周期和指令计数。实验结果证实,当应用误差范围约为2%的补丁时,CPU资源利用率降低了20%。因此,我们证实了通过热补丁可以执行不精确计算。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Work-in-Progress: Hot-patching Technique for Imprecise Computing by Saving Resource
Imprecise computing has emerged as an approach for designing energy-efficient digital systems as it can save computing resources. Hot-patching is one of the techniques used to implement it. Hot-patching can add or delete application functions without restarting the application. In this study, we implemented a hot-patching tool for a Linux application and applied it to imprecise computing. We measured the CPU cycle and instruction counts based on square root calculation applications. The experimental results confirmed that CPU resource utilization reduced by 20% when applying a patch with an error range of approximately 2%. Hence, we confirmed that imprecise computing can be performed through hot-patching.
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