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A particle swarm optimization for steiner tree problem

机译:斯坦纳树问题的粒子群优化

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This paper presents a particle swarm optimization for solving Steiner tree problem. In the algorithm a tree structure representation is used to encode a particle. To realize the transmission of tree structure information a novel method of particles flying in search space is proposed. We also present the r-neighborhood ring topology of particles to enhance the ability of local and global search of PSO algorithm, and a particle mutation method to keep the diversity of particle population. Exhaustive simulation experiments are carried out on different problems and different network topologies. The results indicate that the proposed algorithm has good searching performance for finding optimal Steiner tree.
机译:本文提出了一种求解Steiner树问题的粒子群算法。在该算法中,树结构表示用于编码粒子。为了实现树形结构信息的传输,提出了一种在搜索空间中飞行的粒子飞散的新方法。我们还提出了粒子的r邻域环拓扑,以增强PSO算法的局部和全局搜索能力,以及一种粒子变异方法,以保持粒子种群的多样性。针对不同的问题和不同的网络拓扑进行了详尽的仿真实验。结果表明,该算法在寻找最佳斯坦纳树中具有良好的搜索性能。

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