无面向5G网络的网间跟踪区域更新场景

Hussein Al Dorai, Luay Ali Al Irkhis
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引用次数: 1

摘要

5G网络是现有4G、3G、2G网络之上的新一层。开发5G网络面临很多挑战。主要的挑战是覆盖范围。5G蜂窝的覆盖范围很小,因为5G网络运行在非常高的频率上,具有非常高的路径损耗。除此之外,5G电池的设计高度也很低。因此,UE从5G网络转回低端网络的可能性很高,反之亦然。在此期间,UE需要进行跟踪区域更新。通过更新跟踪区域,可以配置网络将寻呼消息切换到特定网络,并从其他5G网络中清除。在跟踪区域更新期间,UE不能发起或接收任何其他会话。拥有更多不必要的跟踪区域更新会导致服务质量降低。本文提出了一种新的网络间跟踪区域更新和分页场景,并将其分类为与5G网络并置的网络。
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No inter-network tracking area update scenario toward 5G network
The 5G network becomes a new layer above the existed 4G, 3G, and 2G networks. Developing a 5G network has a lot of challenges. The main challenge is the coverage footprint. The 5G cells have small coverage because 5G networks run at very high frequencies which have very high path loss. In addition to that, the 5G cells are designed to have low heights. Therefore, the likelihood is high of having UE moving back from 5G networks to the lower networks, and vice versa. During that UE needs to make Tracking Area Update. Making Tracking Area Update helps to configure the network to switch the paging messages to a specific network and clear it from the rest 5G network. During the Tracking Area Update, UE cannot make or receive any other sessions. Having more unnecessary Tracking Area Updates yields to have a low quality of service. This paper produces a new Tracking Area Update and paging scenario for inter-networks which are sorted as collocated networks with 5G network.
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