UAV Swarm Collaborative Path Planning Based on RB-ABC

Chang Lu, Yutao Lv, Yongzhen Su, Luming Liu
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Abstract

As a major combat force in future warfare, the path planning problem of UAV swarms has attracted much attention. Based on the application of the traditional artificial bee colony algorithm in single-machine path planning, a non-deterministic search mechanism and a two-way planning method are introduced to make improvements to the way of food generation in the Artificial Bee Colony algorithm. An improved RB-ABC algorithm is proposed. Simulation experiments are conducted using a cooperative flight mode in which multiple UAVs take off from different starting points and reach the specified end point simultaneously or in a specified order. It is verified that RD-ABC algorithm can realize the path planning of UAVs and get a better path in a short time.
基于RB-ABC的无人机群协同路径规划
无人机群作为未来战争的主要作战力量,其路径规划问题备受关注。在传统人工蜂群算法在单机路径规划中的应用基础上,引入非确定性搜索机制和双向规划方法,对人工蜂群算法中的食物生成方式进行改进。提出了一种改进的RB-ABC算法。采用多架无人机从不同起点起飞,同时或按指定顺序到达指定终点的协同飞行模式进行仿真实验。验证了RD-ABC算法可以实现无人机的路径规划,并在短时间内得到较好的路径。
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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