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首页> 外文会议>Conference on Metro and Data Center Optical Networks and Short-Reach Links >Upcoming applications driving the design of next-generation Metro Area Networks: dealing with 5G backhaul/fronthaul and edge-cloud computing
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Upcoming applications driving the design of next-generation Metro Area Networks: dealing with 5G backhaul/fronthaul and edge-cloud computing

机译：即将推出的应用程序推动下一代地铁区域网络的设计：处理5G回程/ Fronthaul和Edge-Cloud Computing

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摘要

This article provides insight on two of the most relevant applications driving the design of the future MAN:the implementation of 5G by means of C-RAN (Cloud - Radio Area Network) and the deployment of edgecomputing. The work addresses important questions such as the target latency budget for future MANs, thetarget bandwidth requirements for 2020-2030 induced by 5G midhaul and fronthaul trafic, and describes howoptical and electronics layers can co-operate to meet the QoS targets of C-RAN and edge computing trafic. In theprocess, we identify the key architectural elements to meet the challenges of these applications in a cost-effectiveway.
机译：本文为推动未来男子设计的两个最相关应用程序提供了见解：通过C-RAN（云 - 无线电区域网络）和部署实现5G的实现计算。该工作解决了未来人类目标延迟预算等重要问题，5G Midhaul和Fronthaul Trafic引起的2020-2030的目标带宽要求，并描述了如何光学和电子层可以合作以满足C-RAN和Edge Computing Trafic的QoS目标。在里面进程中，我们确定关键的架构元素，以满足这些应用程序的挑战在具有成本效益道路。

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