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An Approach to Analyze Power Consumption on Apps for Android OS Based on Software Reverse Engineering

机译:基于软件逆向工程的Android OS应用程序对应用程序的一种方法

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Managing power consumption efficiently in mobile devices is a challenge for software engineers who design and develop operating systems or applications for this market. Studies have been conducted to offer tools and techniques aimed to accomplish this goal by implementing simulation, apps, and sophisticated power meters. However, they do not provide a practical methodology for those students, practitioners or newcomers who want to analyze source code of apps and reduce power consumption. In this paper, a new approach is presented applying Software Reverse Engineering (SRE) to optimize the source code of mobile applications in Android OS and increase the battery duration. The results demonstrate that the proposed lightweight methodology reduces power consumption on a mobile application up to 20%.
机译:有效地在移动设备中管理功耗是设计和开发该市场的操作系统或应用程序的软件工程师的挑战。已经进行了研究以提供旨在通过实施模拟,应用和复杂的电力计来实现这一目标的工具和技术。然而,他们没有为那些想要分析应用程序源代码的学生,从业者或新人提供实用的方法,并降低功耗。本文介绍了一种新方法,应用软件逆向工程(SRE)来优化Android OS中的移动应用程序源代码,并提高电池持续时间。结果表明,所提出的轻量级方法可以降低高达20%的移动应用程序的功耗。

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