Optimal Allocation of Routing Resources in Optical Fiber Communication Networks Based on Fuzzy Particle Swarm Optimization
The routing resource data in optical fiber communication network is large and unbalanced,which leads to the increase of packet loss rate and the decrease of efficiency in the process of routing resource allocation.A method for optimal allocation of routing re-sources in optical fiber communication network based on fuzzy particle swarm optimization algorithm is proposed.The optical fiber com-munication network model is established,and the parameter mapping of optical fiber communication network is defined and described.According to the life cycle and path delay of optical fiber communication network,an optimal allocation model of routing resources is built,and the fuzzy particle swarm optimization algorithm is used to solve the model.The optimal solution is judged accurately to realize the optimal allocation of routing resources in the optical fiber communication network.The experimental results show that the highest packet loss rate of the proposed method is only 0.6%,the highest bandwidth utilization rate is 31%,and the lowest configuration time is only 6.8 seconds.The proposed method has high efficiency and good practical application effect.
fuzzy particle swarm optimizationoptical fiber communication networkrouting resourcesoptimize configurationmodel solving
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