Performance Evaluation of Mobile Edge Computing using 5G Networks

V. S, N. E., Vijay G R
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引用次数: 1

Abstract

With the number of people increased in using mobile devices, the usage of internet is exponentially growing and it causes more traffic congestion with the emerging devices like Internet of Things. So with this the requirements of delay and bandwidth for the network performance are increasing along with the latency in accessing the required information is increasing. Therefore, the new devices which support minimal delay have major issues. That is why the Mobile Edge Computing devices are introduced, which can reduce the latency in accessing and it can be used in both wired and wireless networks or mobile applications All the activities can be performed with the network edge in Edge Computing. Communication latency can be reduced in the devices and in between cloud and the devices, this technology is mainly used. All the resources of the cloud and local devices can be utilised in Edge Computing. This paper gives the detailed description of the performance analysis of Mobile Edge Computing devices with the single tier BS in communication with the remote cloud computing servers. The proposed work also discusses about the challenges faced in designing the Mobile Edge Computing enabled networks which is deployed in the single tier BS offloading for dynamic mobile users. The performance of edge computing is more when the network nodes are within the proximity of the end devices. The small amount of data is received also can reduce the end-to-end latency and bandwidth usage. The performance of Edge Computing can be measured easily with the fast networking speed with low delay supporting mobile applications for the dynamic mobile users.
基于5G网络的移动边缘计算性能评估
随着使用移动设备的人数的增加,互联网的使用量呈指数级增长,物联网等新兴设备的出现导致了更多的交通拥堵。因此,随着访问所需信息的延迟增加,对网络性能的延迟和带宽要求也越来越高。因此,支持最小延迟的新设备存在重大问题。这就是为什么引入移动边缘计算设备的原因,它可以减少访问的延迟,它可以在有线和无线网络或移动应用程序中使用,所有的活动都可以在边缘计算中通过网络边缘执行。可以减少设备内部以及云和设备之间的通信延迟,主要使用该技术。所有云和本地设备的资源都可以在边缘计算中得到利用。本文详细描述了具有单层BS的移动边缘计算设备与远程云计算服务器通信的性能分析。拟议的工作还讨论了在设计支持移动边缘计算的网络时面临的挑战,该网络部署在单层BS卸载中,用于动态移动用户。当网络节点靠近终端设备时,边缘计算的性能更好。接收到的少量数据还可以减少端到端延迟和带宽使用。边缘计算的性能可以通过快速的网络速度和低延迟来衡量,支持动态移动用户的移动应用。
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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