Power-Aware Remote Display Protocol for Mobile Cloud

Boyun Eom, Hyunwoo Lee, Choonhwa Lee
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引用次数: 1

Abstract

Integrated into cloud environments, the mobile device overcomes its weakness of resource-limited settings and mobile cloud computing is expected to be the next big trend in cloud computing research. Current remote display protocols used in mobile cloud computing have been developed for desktop computers which are plugged all the time while connecting through LAN (Local Area Network) and it should be scrutinized for mobile device characteristics. Apparently, in mobile cloud computing, there is a still limit of power on the end point. However, few studies on remote protocol framework consider power constraint and much research have focused on more performance for better quality of images in the area. Motivated by this, we propose an encoding scheme to reduce energy consumption on client side in mobile cloud computing. By lowering the power consumption of a CPU and a wireless network interface card, our adaptive encoding scheme achieves gains in energy conservation.
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用于移动云的电量感知远程显示协议
集成到云环境中,移动设备克服了其资源限制设置的弱点,移动云计算有望成为云计算研究的下一个大趋势。目前移动云计算中使用的远程显示协议是针对桌面电脑开发的,桌面电脑在通过局域网连接时一直处于插电状态,需要仔细研究移动设备的特性。显然,在移动云计算中,终端的功率仍然是有限的。然而,很少有关于远程协议框架的研究考虑到功率约束,很多研究都集中在提高性能以获得更好的图像质量。在此基础上,提出了一种降低移动云计算客户端能耗的编码方案。通过降低CPU和无线网卡的功耗,我们的自适应编码方案达到了节能的目的。
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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