SPN中SR-BE隧道信号退化的链路保护

Gao Junya, Cao Shuai
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引用次数: 0

摘要

随着5G通信业务场景的增加,5G承载网在带宽、时延、泛连接、可靠性等方面都提出了更高的要求,同时对网络级保护技术也提出了极高的要求。引入分段路由隧道技术,创新建立5G高效承载网络。由于SR隧道的工作机理,传统的信号退化保护技术已不再适用。针对分段路由尽力而为隧道中存在的信号退化问题,提出了一种基于OAM报文传输报警的保护方案。通过信号退化检测和ISIS协议,可以实现链路保护,为了进一步提高用户体验,设计了触发TI-LFA保护的方法,实现了业务反保护,提高了5G承载网络的可靠性和可行性,证实了该方案具有检测和保护业务流信号的能力,可以保护在东西方向的eX2流量业务。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Link protection for the signal degradation of the SR-BE tunnels in the SPN
With the increase of business scenarios in 5G communication, the 5G bearer network puts forward higher requirements in terms of bandwidth, time delay, pan-connection and reliability, and also puts forward extremely high requirements for network-level protection technology. The introduction of segment routing tunnel technology, the innovative establishment of 5G efficient carrying network. Due to the working mechanism of the SR tunnel, the traditional signal degradation protection technology is no longer suitable. This paper proposes a protection scheme for the existence of signal degradation in the Segment Routing - Best Effort tunnel through the OAM message transmission alarm. The signal degradation detection and ISIS protocol, can realize link protection, in order to further improve the user experience, design method trigger TI-LFA protection business protection reverse, improve the reliability and viability of 5G carrying network, confirmed that the scheme has the ability to detect and protect the business flow signal, can be protected in the east-west eX2 traffic business.
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