运动规划
群体行为
计算机科学
弹道
群体智能
路径(计算)
粒子群优化
人工智能
实时计算
机器人
机器学习
物理
天文
程序设计语言
作者
Jiaqi Guo,Yueh-Chuan Yin,Xiaodong Mu,Jinke Zhao
摘要
Aiming at the flight path planning problem of intelligent UAVs (swarms), this paper designs a "swarm-type" planning strategy, which improves the distributed spatio-temporal trajectory planning method under special scenarios. According to the spatial distribution of UAVs, the UAV swarm is dynamically divided into a number of groups and isolated UAVs, and a "swarm-type" coordination mechanism is established for UAV trajectory conflicts within each group, and the group planning consists of the improved Efficient Multi-Intelligent Aperture Path Finding (EMAPF) and trajectory co-optimization, which significantly improves the efficiency and safety of the planning. The group planning consists of improved efficient multi-intelligence pathfinding (EMAPF) and joint optimization of trajectories, which significantly improves the planning efficiency and safety.
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