A New Approach of Optimal Path Planning for Electronic Guide System

Rui Zhang, Guang-ren Ni
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Abstract

To solve the problem of searching speed of the shortest path in the electronic guide system, the binary heap of A* algorithm which combines binary heap with A* algorithm is proposed in this paper. The method stores the extended node position in the A* algorithm by binary heap, avoids traversal searching storage space, optimizes data structure of storage array, and reduces the algorithm searching time. The simulation results show that binary heap of A* algorithm can increase the averaged searching rate by 4.5% through the simulation analysis compared with the standard A* algorithm.
电子导向系统最优路径规划新方法
为了解决电子导航系统中最短路径的搜索速度问题,本文将二叉堆算法与A*算法相结合,提出了A*算法的二叉堆算法。该方法采用二叉堆的方式将扩展节点位置存储在A*算法中,避免了对存储空间的遍历搜索,优化了存储阵列的数据结构,减少了算法的搜索时间。仿真结果表明,与标准A*算法相比,A*算法的二堆平均搜索率提高了4.5%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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