Research On Dynamic Multipath Routing Load Balancing Algorithm For Power Communication Network

In recent years,due to the rise of the emerging power business,the power system is also rapidly developing.As an important part of the power system,the power communication system may affect the normal operation of the entire power system in the course of its operation.Therefore,the stability and efficiency of the power communication network has become an important research topic in recent years.On the basis of reviewing a large amount of relevant data and analyzing the existing work,this article mainly carried out in-depth research on the analysis of the resistance of the power communication network and the load balancing of the power communication network.In the planning of the communication network,it is necessary to provide a set of effective solutions for the decision makers according to the existing topology network and existing service requirements.Therefore,an ant colony link weight optimization algorithm is proposed in this paper.The algorithm uses ant colonies.The dynamic routing capability of the algorithm establishes a transmission path between the source node and the destination node,and then uses the link weight to calculate the optimal path.Simulation experiments show that the algorithm can effectively shorten the time for searching the path of the link,reduce the transmission delay of the network,and increase the success rate of network throughput.It has strong practicality.By comparing with existing optimization algorithms,the superiority of this algorithm in route optimization is verified.Due to the diversification and complexity of emerging services,they may all have a certain impact on the power grid.Therefore,this paper proposes a cobweb model with high resistance to damage and strong adaptive capability.The demand for service quality of power communication networks is reliable,low packet loss rate,low transmission delay,high resource utilization.Applying the ant-group link weight algorithm to the cobweb model can quickly find the transmission path between the source and destination nodes in the network to meet the quality of service requirements,and the network resources are used effectively.Finally,the reliability and stability of the spider web model in the power communication network are proved by simulation.