Design of Network Routing Optimization Algorithm for Electric Power Communication System

At present, it has become an important research direction of traffic dynamics that how to alleviate and control the congestion of complex networks, improve the communication ability of networks and increase the security of data in CEDnet. The existing network can not provide a good guarantee mechanism for users’ quality of service (QoS) requirements, which has become one of the main obstacles to the growth of broadband network technology. In this article, a network routing optimization algorithm for CEDnet is proposed, and a network routing optimization strategy based on improved genetic algorithm is proposed. By randomly selecting transmission paths, the network has the ability to resist typical attacks, thus ensuring the security of data transmission. For the forwarding mechanism in routing, it is neeed to use forwarding technology and QoS service guarantee mechanism which are different from traditional unicast and broadcast mechanisms. The experimental results show that compared with the traditional algorithm, the energy consumption of this routing algorithm is reduced by 8.1%. The selection strategy obtained by this algorithm can effectively improve the QoS and overall performance of the network while ensuring the smooth network, which has certain practical significance.