Extended Reference Broadcast Infrastructure Synchronization Protocol in 5G and Beyond

Michael Gundall, C. Huber, H. Schotten
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Abstract

In order to enable all types of use cases that are proposed within 5G and B5G factory scenarios, an accurate and precise time synchronization is required. Here, the so-called RBIS protocol is a possible solution since it was specifically designed for infrastructure-based wireless communications. While the use of RBIS protocol has a lot of benfits, a strong weakness is its restriction to the range of a single gNB. Thus, a concept for the extension of the RBIS protocol is proposed within this work, as well as a mapping to 5G and B5G systems.In order to prove the suitability of this approach, a simulation that is based on a reference scenario that was specified by NGMN, 3GPP, and IEEE, is carried out. Moreover, as the performance is dependent on the number of users and their mobility, either a tradeoff between minimum number of UEs and performance has to be done, or the usage of dedicated synchronization UEs that are able to guarantee the time synchronization quality.
5G及以后的扩展参考广播基础设施同步协议
为了实现5G和B5G工厂场景中提出的所有类型的用例,需要精确和精确的时间同步。在这里,所谓的RBIS协议是一种可能的解决方案,因为它是专门为基于基础设施的无线通信设计的。虽然使用RBIS协议有很多好处,但一个很大的缺点是它限制了单个gNB的范围。因此,在这项工作中提出了扩展RBIS协议的概念,以及到5G和B5G系统的映射。为了证明该方法的适用性,基于NGMN、3GPP和IEEE指定的参考场景进行了仿真。此外,由于性能取决于用户数量及其移动性,因此必须在最少数量的ue和性能之间进行权衡,或者使用能够保证时间同步质量的专用同步ue。
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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