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基于混沌粒子群——專用遺傳算法切換策略的移動機器人路徑規劃

Switch strategy based on chaos particle swarm optimization and specialized genetic algorithm for path planning of mobile robots

  • 摘要: 為了發揮粒子群算法和專用遺傳算法的各自優點,提出了一種將二者結合的切換優化策略.該策略前期采用一種基于種群最優個體混沌化的混沌粒子群算法,后期選用專用遺傳算法.通過大量仿真實驗確定了在迭代代數、種群標準差和最優個體適應度差三種切換指標下各自的最優切換條件.與單一專用遺傳算法和單一混沌粒子群算法的仿真對比表明:本文提出的切換優化策略在綜合路徑長度、平滑性和規劃時間三個性能指標后具有一定的優越性.

     

    Abstract: A switching strategy based on (CPSO-SGA) was presented by combining their chaos particle swarm optimization own advantages. In the switching and specialized genetic algorithm strategy, CPSO is applied in the former step and SGA is executed in the later step. The best switching conditions under three switching indices of iteration steps, population standard deviation, and optimal individual fitness values were determined by large amounts of simulation experiments. In comparison with single SGA and single CPSO, the proposed switching strategy CPSO-SGA has a better performance when path length, smoothness, and running time are taken into consideration.

     

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