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Critical Node Identification for Electric Power Communication Network Based on Topology and Services Characteristics

机译:基于拓扑和服务特征的电力通信网络关键节点识别

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It has an important impact on the overall power communication network reliability to identify the location of critical nodes in the network and further develop protection methods. On the topology layer of power communication network, Node Topology Importance(NTI) is proposed based on calculating the rate of natural connectivity of power communication network after one node being destroyed; A calculation method of power business is presented by considering the power business requirements on the indexes, then taking into account the business layer and topology layer, weighted natural connectivity which fuses the node business information and topology information is defined, accordingly Node Combining Importance(NCI) is proposed to realize the excavation of key node. Finally, taking a real communication network as the simulating example, the simulation results by comparing with other methods show that the proposed method can improve the accuracy of recognition.
机译:它对整体电力通信网络可靠性具有重要影响,以识别网络中临界节点的位置,并进一步开发保护方法。在电力通信网络的拓扑层上,基于计算一个节点被破坏后的电力通信网络自然连接速率,提出了节点拓扑重要性(NTI);通过考虑索引的电力业务需求,介绍了电力业务的计算方法,然后考虑到业务层和拓扑层,加权自然连接定义了保证节点业务信息和拓扑信息,相应的节点组合了重要性(NCI提出了实现关键节点的挖掘。最后,采用实际通信网络作为模拟示例,通过与其他方法进行比较的仿真结果表明,该方法可以提高识别的准确性。

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