Design of fault protection algorithm for large-scale power communication network link
Due to the large number of power communication network links,frequent status changes,and diversified fault types,services are easily interrupted and the reliability of the power communication network is affected.Therefore,a link fault protection algorithm for large-scale power communication network is proposed.The traffic data of each link in electric power communication network is collected,and the K-Means algorithm is used to batch cluster to detect and eliminate link faults.The artificial colony algorithm is introduced to reconstruct the optimal communication protection path using the fault-free link to realize the link fault protection of large-scale power communication network.The test results show that the total path length of the proposed link protection scheme is shorter,the number of node hops is only 5 hops,and the total service transmission time is shorter,which indicates that the performance of the proposed algorithm is better.
power communication networklink failureK-Means algorithmartificial bee colony algor-ithmcommunication protection
万方数据
维普
