能源消耗分析软件

Simon Schubert, Dejan Kostic, W. Zwaenepoel, K. Shin
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引用次数: 56

摘要

通过使用更有效的算法和软件,可以降低计算机系统消耗的能量。不幸的是,软件开发人员缺乏工具来精确定位代码中耗能大的部分,因此在尝试优化代码以降低能耗时,必须依靠他们的直觉。我们已经开发了eprof,一个将能量消耗与代码位置相关的分析器,它将CPU中同步消耗的能量和外围设备(如硬盘驱动器、网卡等)中异步消耗的能量都属性化。Eprof只需要对内核进行最小的更改(几十行代码),并且不需要特殊的硬件来对软件进行能量配置。因此,eprof可以广泛用于帮助开发人员做出节能决策。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Profiling Software for Energy Consumption
The amount of energy consumed by computer systems can be lowered through the use of more efficient algorithms and software. Unfortunately, software developers lack the tools to pinpoint energy-hungry sections in their code and therefore have to rely on their intuition when trying to optimize their code for energy consumption. We have developed eprof, a profiler that relates energy consumption to code locations, it attributes both the synchronously consumed energy in the CPU and the asynchronously consumed energy in peripheral devices like hard drives, network cards, etc. Eprof requires minimal changes to the kernel (tens of lines of code) and does not require special hardware to energy-profile software. Therefore eprof can be widely used to help developers make energy-aware decisions.
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