Enersave API:基于android的移动设备省电框架

A.M. Muharum, V.T. Joyejob, V. Hurbungs, Y. Beeharry
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引用次数: 7

摘要

在物联网领域使用移动设备时,功耗是需要考虑的主要因素。良好的电源管理需要正确理解终端设备消耗电源的方式。本文是参考文献[1]工作的延续,并提出了一个针对Android操作系统的节能API,以帮助开发人员将他们的应用程序变成节能的应用程序。在构建智能应用程序中大量使用的主要功能,极大地影响了Android设备的电池寿命,并且已经考虑到:屏幕亮度,配色方案,CPU频率,2G/3G网络,地图,低功耗本地化,蓝牙和Wi-Fi。节电API的评估已经在真实的Android设备上进行了,并与目前Android市场上最强大的节电应用程序(DU Battery Saver和Battery Saver 2016)进行了比较。比较表明,Enersave API在集成到android应用程序中时对省电有显著的影响。虽然DU Battery Saver和Battery Saver 2016分别可以节省22.2%和40.5%的电池电量,但在android应用程序中加入Enersave API可以节省84.6%的电池电量。
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Enersave API: Android-based power-saving framework for mobile devices

Power consumption is a major factor to be taken into consideration when using mobile devices in the IoT field. Good Power management requires proper understanding of the way in which it is being consumed by the end-devices. This paper is a continuation of the work in Ref. [1] and proposes an energy saving API for the Android Operating System in order to help developers turn their applications into energy-aware ones. The main features heavily used for building smart applications, greatly impact battery life of Android devices and which have been taken into consideration are: Screen brightness, Colour scheme, CPU frequency, 2G/3G network, Maps, Low power localisation, Bluetooth and Wi-Fi. The assessment of the power-saving API has been performed on real Android devices and also compared to the most powerful power-saving applications – DU Battery Saver and Battery Saver 2016 – currently available on the Android market. Comparisons demonstrate that the Enersave API has a significant impact on power saving when incorporated in android applications. While DU Battery Saver and Battery Saver 2016 help saving 22.2% and 40.5% of the battery power respectively, the incorporation of the Enersave API in android applications can help save 84.6% of battery power.

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