Method for selecting optimal path of power distribution and utilization communication network based on genetic algorithm
An optimal path and genetic algorithm technology, applied in genetic rules, calculations, genetic models, etc., can solve the impact of power distribution business data collection, can not directly solve the problem of optimal path with node constraints, low efficiency and other problems
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[0046]In this embodiment, the power distribution telecommunication network is a unidirectional topological network formed by using n optical fiber transfer boxes as network nodes and connected by optical fibers. A genetic algorithm-based optimal path selection method for the power distribution communication network includes: The distribution of optical fiber transfer boxes in the power distribution and communication network is converted into the corresponding network topology diagram, and there are specific preset conditions according to needs, such as: starting point, end point, paths that must be passed and paths that cannot be passed, etc. According to the improved genetic algorithm, the preset conditions are taken into account in the initialization of the binary code, and the fitness function is customized. Through the continuous iteration of the selection operation, crossover operation and mutation operation combined with various methods of the genetic algorithm, the operat...
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