What is eating up battery life on my SmartPhone: A case study

Grace Metri, Abhishek Agrawal, R. Peri, Weisong Shi
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引用次数: 20

Abstract

Smartphones emerged as the new necessary gadget to many. A smartphone can combine some or all functionalities of several other devices such as a personal computer, phone, personal game console, music player, radio, and/or GPS. Unlike most of the above listed technologies which are switched ON on a need-to basis, a smartphone is always ON. Since a smartphone can run background tasks even during idle mode and since it is limited by its battery life, it becomes necessary to understand what really happens in the background and how it affects the battery life and consequently how to improve it. To this end, we analyzed two smartphone platforms specifically looking at how the energy consumption varies depending on the background applications and network connection type. For instance, we show that you can increase the energy efficiency of an iPhone by up to 59% when streaming music on Wi-Fi as opposed to 3G. Also, when the phone is using 3G, we show that network applications running in the background can reduce the energy efficiency of an iPhone by up to 72% when compared to real idle state. Our observation sheds light on what is eating up the battery life of a smartphone and led us to provide optimization techniques to increase the battery life.
是什么在消耗我的智能手机电池寿命:一个案例研究
智能手机成为了许多人的必备新设备。智能手机可以结合其他设备的部分或全部功能,如个人电脑、电话、个人游戏机、音乐播放器、收音机和/或GPS。不像上面列出的大多数技术是在需要的基础上打开的,智能手机总是打开的。由于智能手机即使在空闲模式下也可以运行后台任务,并且由于它受到电池寿命的限制,因此有必要了解后台真正发生了什么,以及它如何影响电池寿命,从而如何改进它。为此,我们分析了两个智能手机平台,专门研究了能源消耗如何根据后台应用程序和网络连接类型而变化。例如,我们表明,与3G相比,在Wi-Fi上播放音乐可以将iPhone的能源效率提高59%。此外,当手机使用3G时,我们显示,与实际空闲状态相比,在后台运行的网络应用程序可以使iPhone的能源效率降低高达72%。我们的观察揭示了是什么在消耗智能手机的电池寿命,并引导我们提供优化技术来延长电池寿命。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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