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Mobile Cloud Computing Mobile’s Battery Efficiency Approaches : A Review

机译:移动云计算与移动设备的电池效率方法:回顾

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摘要

Energy efficiency of mobile devices is paramount after the incredible advancement of technology which makes Smart Internet Devices (SIDs) the first choice of communication for new generation. SIDs especially smartphones has limited resources such as, storage, network bandwidth, processor’s performance and battery life. Multiple sensors and wireless interfaces drain battery swiftly, thus reducing the operational time of SIDs. Therefore, extending battery life of these devices has become of crucial research importance at hardware and software levels, both alike. This paper provide an overview of the software side by summarizing the background, techniques of battery augmentation, and on-going research on computational offloading to remote servers (Cloud); sending heavy computation to remote servers and receiving the result back on mobile screen. At the end, summary of the previous research work on computational offloading discussed with a critical analysis. Moreover, suggestions and opinions related to energy efficiency of SIDs given, based on the comparative studies.
机译:在技​​术令人难以置信的进步之后,移动设备的能效至为重要,这使智能互联网设备(SID)成为新一代通信的首选。 SID(尤其是智能手机)的资源有限,例如存储,网络带宽,处理器的性能和电池寿命。多个传感器和无线接口可迅速消耗电池电量,从而减少了SID的运行时间。因此,在硬件和软件级别上,延长这些设备的电池寿命已成为至关重要的研究重要性。本文通过总结背景,电池增强技术以及对远程服务器(云)的计算分流的持续研究,对软件方面进行了概述。将大量的计算发送到远程服务器,并在移动屏幕上接收结果。最后,通过关键分析讨论了先前关于计算卸载的研究工作。此外,在比较研究的基础上,提出了与SID的能效相关的建议和意见。

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