Implementation of Agricultural Path Planning with Unmanned Ground Vehicles (UGV) based on Enhanced A* Algorithm

Antonios Chatzisavvas, M. Louta, M. Dasygenis
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Abstract

The A* algorithm is well-known for its use in numerous applications, including robots and GPS systems, for the purpose of route planning. The algorithm, despite its usefulness, has several restrictions regarding its operational efficiency and the length of its paths. This article makes a suggestion for improving the standard A* algorithm in order to overcome these constraints. Compared to the A* algorithm's standard performance, the findings showed that the improved algorithm reduce the amount of time needed for route planning by 9.11% on average, while also cutting the path length by 9.29% on average. The A* algorithm's performance can be significantly improved with the help of the method that we propose, both in terms of its operational efficiency and the length of its paths.
基于增强A*算法的无人地面车辆农业路径规划实现
A*算法以其在众多应用中的应用而闻名,包括机器人和GPS系统,用于路线规划。尽管该算法很有用,但它在操作效率和路径长度方面有一些限制。为了克服这些限制,本文提出了改进标准a *算法的建议。结果表明,与A*算法的标准性能相比,改进后的算法平均减少了9.11%的路径规划时间,同时平均减少了9.29%的路径长度。在我们提出的方法的帮助下,A*算法的性能无论是在运算效率还是路径长度方面都可以得到显著提高。
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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