MEC Deployment with Distributed Cloud in 4G Network for 5G Success

Andika Hairuman, Amalia Zahra, Gede Putra Kusuma, D. F. Murad
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引用次数: 4

Abstract

The purpose of this paper is to understand the deployment model of MEC with distributed cloud in 4G network before rolling out 5G and make the most successful deployment without creating conflict with NFV as part of digital transformation. MEC brings flexibility and agility to meet the application demands of low latency, high reliability with high scalability, bandwidth and battery savings. It explains few reasons why MEC should be adopted before 5G deployment and what would be the benefits for all the actors like operators and public cloud service providers. MEC architecture is designed by ETSI and there are some known challenges with MEC use scenarios like AR/VR, IoT and connected vehicles. MEC offerings few deployment options which available for 4G and take that deployment model as a reference for MEC deployment on 5G include the migration options. This paper provides list of recommendations for key successes deploying MEC in 4G network and 5G and help the stakeholders understand the way to realize the MEC benefits.
MEC部署与分布式云在4G网络中为5G成功
本文的目的是在推出5G之前,了解4G网络中MEC与分布式云的部署模型,并在不与NFV产生冲突的情况下进行最成功的部署,作为数字化转型的一部分。MEC带来了灵活性和敏捷性,以满足低延迟、高可靠性、高可扩展性、带宽和节省电池的应用需求。它解释了为什么在5G部署之前应该采用MEC的几个原因,以及运营商和公共云服务提供商等所有参与者的好处。MEC架构由ETSI设计,MEC使用场景(如AR/VR、物联网和联网车辆)存在一些已知的挑战。MEC提供的可用于4G的部署选项很少,并将该部署模型作为MEC在5G上部署的参考,包括迁移选项。本文为在4G网络和5G网络中成功部署MEC提供了一系列建议,并帮助利益相关者了解实现MEC效益的方法。
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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