Abstract
According to various typical business management structures and characteristics of power communication management business in China’s power communication network. The optimization algorithm takes the average risk of business communication management and the degree of risk balance of business communication management as indicators for evaluating network reliability, and uses the method based on nonsga-ii (non-dominated sorting genetic algorithm) to optimize the operation and management route of power communication network business. And distribution. In the process of genetic encoding, we have added blocking arrays during the process of chromosome decoding to effectively prevent the occurrence of chromosome dead ends. The simulation results verify the theoretical feasibility and effectiveness of the route optimization distribution algorithm widely used in the route distribution optimization of China’s power communications network business. This optimization method is widely applicable to the various management and business needs of China’s power communication network. The optimization of methods and other issues provide theoretical and practical reference.
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