GreenMiner:一个基于硬件的挖矿软件库软件能耗框架

Abram Hindle, Alex Wilson, Kent Rasmussen, E. J. Barlow, Hazel Victoria Campbell, Stephen Romansky
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引用次数: 149

摘要

绿色采矿是MSR研究软件能耗并依赖软件性能数据的一个领域。不幸的是,目前严重缺乏公开可用的软件电源使用性能数据。这意味着绿色挖掘研究人员必须通过编写测试,构建产品的多个版本,然后为每个软件版本运行这些测试多次(10次以上)来生成这些数据,同时测量功耗。然后,他们必须汇总这些度量来估计每个软件修订的测试所消耗的能量。这是非常耗时的,并且由于移动设备及其操作系统的限制而变得更加困难。在本文中,我们提出、实现并演示了Green Miner:第一个专用的硬件挖掘软件存储库测试平台。绿色矿工物理测量移动设备(Android手机)的能源消耗,自动测试应用程序,并将测量结果报告给开发人员和研究人员。绿色矿工已经为商业Android应用程序开发人员产生了有价值的结果,并被证明可以复制其他电力研究的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
GreenMiner: a hardware based mining software repositories software energy consumption framework
Green Mining is a field of MSR that studies software energy consumption and relies on software performance data. Unfortunately there is a severe lack of publicly available software power use performance data. This means that green mining researchers must generate this data themselves by writing tests, building multiple revisions of a product, and then running these tests multiple times (10+) for each software revision while measuring power use. Then, they must aggregate these measurements to estimate the energy consumed by the tests for each software revision. This is time consuming and is made more difficult by the constraints of mobile devices and their OSes. In this paper we propose, implement, and demonstrate Green Miner: the first dedicated hardware mining software repositories testbed. The Green Miner physically measures the energy consumption of mobile devices (Android phones) and automates the testing of applications, and the reporting of measurements back to developers and researchers. The Green Miner has already produced valuable results for commercial Android application developers, and has been shown to replicate other power studies' results.
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