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Analysis on the Power Efficiency of Mobile Systems Varying Device Parameters

机译:随设备参数变化的移动系统功率效率分析

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Recent mobile devices such as smartphones can provide diverse functions by supporting various kinds of applications. To maximize the efficiency of mobile devices, power consumption should be considered since it has strong relation with battery life. This paper measures and analyzes the power consumption of smart devices varying critical configuration components such as processor type, display device and operating system. Additionally, various kinds of applications are executed to consider diverse aspects of characteristics of different applications. As we predicted, increasing processor complexity and display size results in more power consumption. Compared to idle case, Android consumes more power by 161% on average whereas iOS consumes more power by 142% on average. Therefore, we can know that the iOS power efficiency is better than Android by 19.7% on the average. This is because hardware/software optimization in iOS is better than Android.
机译:通过支持各种应用程序,诸如智能电话之类的最新移动设备可以提供各种功能。为了最大程度地提高移动设备的效率,应考虑功耗,因为功耗与电池寿命密切相关。本文通过各种关键配置组件(例如处理器类型,显示设备和操作系统)来测量和分析智能设备的功耗。另外,执行各种应用以考虑不同应用的特征的不同方面。正如我们所预测的,处理器复杂性和显示尺寸的增加会导致更多的功耗。与闲置情况相比,Android的平均功耗要高161%,而iOS的平均功耗要高142%。因此,我们可以知道iOS的电源效率平均比Android高19.7%。这是因为iOS中的硬件/软件优化优于Android。

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