Optimization Algorithm of Power Communication Network Based on the Equivalent Network

Abstract

Electric power communication requires two nodes in the network or cable period expires, the communication network as a whole is still can continue to run. Reliable power network can provide reliable operation of electric power for dispatching communication security. Due to many key network nodes external connectivity in the electric power, communication network has only one path, so once the link damage because of emergencies, these networks because of the failure of nodes (or communication link) and power operation scheduling of exception can occur easily, thus to cause great damage to the safe operation of the whole power network. In order to improve the robustness of system in this case, this paper designed a new optimization algorithm based on the equivalent network to simplify the real network and the network analysis. This paper studies the nature of circular web spider's webs and predator characteristics, analysis of the structure characteristics of the orb web and information transfer mechanism, which constructs the network topology model of single and double artificially cobweb; all terminal reliability of the factor theorem analysis of single-layer artificial spider network topology, analysis results show that, compared with the network topology artificial spider web structure and the traditional star network, ring network, double loop network and star network, with better all terminal reliability and stronger survivability