移动边缘计算研究:高效能源管理系统

Charu Guleria, K. Das, A. Sahu
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引用次数: 4

摘要

随着手持设备、物联网(IoT)及其相关领域的急剧稳定增长,对更高要求、计算密集型、随后更低延迟的需求已经出现。为了抑制不断增长的需求,同时跟上资源消耗和密集的移动和手持应用(如移动游戏行业中更高质量的图像和动画)不断增长的步伐,人们迫切需要强大的计算硬件。通过将云计算资源带给最终用户(在这种情况下的移动设备),也称为MEC(移动边缘计算),因此它被证明是有效的资源能源管理,如更低的卸载计算和更少的计算时间。使用现有的云服务解决了对功能强大的硬件的需求。MEC有潜力为众多面向手持和移动行业的内容营销人员和服务提供一个平台。网络的改进和更新高效的技术进步使MEC成为一种非常强大的可能性。本文简要介绍了MEC的研究概况,并对其相关研究进展进行了讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Survey on Mobile Edge Computing: Efficient Energy Management System
With a sharp and steady growth of handheld devices, Internet of Things (IoT) and their related sectors, the need for more demanding, computation-intensive at subsequently lower latency has arisen. To curb the growing need while moving along the ever-increasing pace of resource-hungry and intensive mobile and handheld applications like the better quality of graphics and animation in the mobile gaming industry, there is an ardent need for powerful computational hardware. By bringing cloud computing resources to the end-users (mobile devices in this context), otherwise known as MEC (mobile edge computing) and thus it proves to be efficient energy management of resources like lower offloading computation and less time taken for computation. The need for capable hardware is solved by using existing cloud services. MEC holds the potential to give a platform to the numerous content marketers and services towards the handheld and mobile industry. The improvement in networking and newer and efficient technological advancements make MEC a highly potent possibility. A brief overview of MEC, its related research and advances have been discussed in the paper.
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