通过自动传感策略仪表修复传感器相关的能量bug

Yuanchun Li, Yao Guo, Junjun Kong, Xiangqun Chen
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引用次数: 7

摘要

随着移动应用程序(app)变得越来越复杂,许多应用程序包含各种能量漏洞,这可能会导致能量浪费,可能会使电池寿命缩短到几个小时。其中,传感器数据利用不足等与传感器相关的bug是最常见的能量bug之一。本文提出了一种通过现有应用程序的仪器仪表自动修复传感器数据利用率不足的方法,而不是试图检测这些能量漏洞。应用程序特定的能量感知传感策略可以通过自动化仪器过程写入应用程序,如果需要,也可以由用户自定义。该技术很容易应用,因为它不需要修改操作系统或应用程序。同时,它也适用于现有的传统应用程序,这使得它在广泛的移动应用程序中变得实用和可行。在流行的Android应用程序上的实验结果表明,我们能够通过自动化仪器和重建目标应用程序来实现显著的节能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fixing sensor-related energy bugs through automated sensing policy instrumentation
As mobile applications (apps) become more and more complex, many apps contain various energy bugs, which may cause energy wastes that might reduce the battery life to as short as several hours. Among them, sensor-related bugs such as sensor data underutilization is one of the most common energy bugs. Instead of trying to detect these energy bugs, this paper proposes a method to fix sensor data underutilization automatically through instrumentation of existing apps. App-specific energy-aware sensing policies can be written to the apps via an automated instrumentation process, which can also be customized by users if needed. The proposed technique is easy to apply as it does not need to modify the operating system or the apps. At the same time, it also works for existing legacy apps, which makes it practical and feasible for a wide-range of mobile apps. Experimental results on popular Android apps show that we are able to achieve significant energy savings through automated instrumentation and rebuilding the targeted apps.
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