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An improved maze solving algorithm based on an amoeboid organism

机译:一种基于变形虫生物的改进迷宫求解算法

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Maze solving algorithm is used to find the shortest path between the source and target point in a given labyrinth. In this paper, an improved algorithm based on existing mathematical model inspired by an amoeboid organism, Physarum polycephalum, is proposed to solve maze solving problems. The positive feedback mechanism in the mathematical model is adopted in our algorithm. Meanwhile, some fuzzy rules generated from experiments are integrated to reduce convergence time and improve the performance of our algorithm. An illustrative example is given to prove the efficiency of the proposed algorithm in maze solving problems.
机译:迷宫求解算法用于查找给定迷宫中源点和目标点之间的最短路径。本文提出了一种基于现有数学模型的改进算法,该算法受变形虫有机体Physarum polycephalum的启发,解决了迷宫问题。我们的算法采用数学模型中的正反馈机制。同时,结合了实验产生的一些模糊规则,以减少收敛时间,提高算法的性能。给出了一个说明性的例子,以证明所提出的算法在迷宫解决问题中的效率。

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