Transmission service dual-routing analysis method
An analysis method and a technology of transmission business, which is applied in the field of dual-routing analysis of transmission business, and has strong practicability, can solve the problems of ineffective monitoring of dual-routing protection measures and the inability to monitor optical cables, etc., to reduce mining time, facilitate promotion, and reduce maintenance cost effect
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Embodiment 1
[0041] 1. Analyze whether the logic circuit has dual routing.
[0042] First, match the transmission circuit with the pseudowire, tunnel, and channel source and sink network elements and ports, and analyze whether there are protected pseudowires and protection channels on the network management system. If there are no protected pseudowires and protection channels, a prompt message of "unprotected circuit" will be generated.
[0043] 2. Analyze whether work and protection have overlapping logical routes.
[0044] According to the analysis results of the first stage, if there is a protection circuit, then analyze whether the working and protection circuits have overlapping routes, combined with the transmission network topology:
[0045] (1) For the transmission network element on the access ring, the working circuit and the protection circuit should not have overlapping routes, and compare the node routing data of the working pseudowire, working channel, protection pseudowire, ...
Embodiment 2
[0052] 1. Analyze whether the logic circuit has dual routing.
[0053] First, match the transmission circuit with the pseudowire, tunnel, and channel source and sink network elements and ports, and analyze whether there are protected pseudowires and protection channels on the network management system. If there are no protected pseudowires and protection channels, a prompt message of "unprotected circuit" will be generated.
[0054] The specific analysis process is divided into four parts, namely data cleaning, rule configuration, algorithm selection and conclusion.
[0055] The main functions of each part are: data cleaning, to achieve data compliance, standardization and standardization, unify data between systems, improve data quality and availability; rule configuration, link transmission circuits and pseudowires, tunnels and Establish rules such as pseudowire rules and source network element rules for the relationship between the source end of the channel, the sink end ne...
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