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Improved genetic algorithm based on K-Means to solve path planning problem

机译:基于K-Means的改进遗传算法解决路径规划问题

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摘要

This paper regarded the path planning problem as a TSP problem, and an improved genetic algorithm based on K-Means was proposed. The algorithm firstly decomposes the large-scale TSP problem into multiple small TSP problems through K-Means clustering, and then optimizes each cluster separately using the improved genetic algorithm, and finally merges all clusters to obtain the final route. Experiments show that compared with the standard genetic algorithm, the improved algorithm avoids the solution falling into the local optimal solution and accelerates the convergence of the algorithm. Therefore, this algorithm can save cost and improve efficiency when applied to path planning.
机译:本文将路径规划问题视为TSP问题,提出了一种基于K-Means的改进遗传算法。该算法首先通过K-Means聚类将大规模TSP问题分解为多个小TSP问题,然后使用改进的遗传算法分别对每个聚类进行优化,最后合并所有聚类以获得最终路径。实验表明,与标准遗传算法相比,改进算法避免了求解陷入局部最优解的情况,加快了算法的收敛速度。因此,该算法应用于路径规划可以节省成本,提高效率。

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