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Research on Trajectory Planning Algorithm of Unmanned Aerial Vehicle Based on Improved A* Algorithm

机译:基于改进A *算法的无人机航迹规划算法研究

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In the research of UAVs'trajectory planning algorithm, the path of unmanned aerial vehicles should be calculated according to the known information of terrain, physiognomy, obstacle, threatening, and etc, as well as flight capability of itself before executing mission and accomplish the mission by tracking the path. An improved A * algorithm combined with the performance and mission of unmanned aerial vehicle (UAV) is proposed, and the algorithm is applied to solve the problem of avoiding threat of UAVs in known dangerous environment, a method of trajectory planning algorithm of unmanned aerial vehicle was studied at the condition of considering comprehensively influence factors of route cost and threat cost. A numerical simulation in reference route planning of UAV s demonstrates the correctness and effectiveness of the improved A* algorithm.
机译:在无人机轨迹规划算法的研究中,应根据地形,地貌,障碍物,威胁等已知信息以及执行任务和完成任务之前自身的飞行能力来计算无人机的路径。通过跟踪路径。提出了一种结合无人机性能与任务的改进的A *算法,并将其应用于解决已知危险环境下避免无人机威胁的问题,是一种无人机航迹规划算法在综合考虑路径成本和威胁成本的影响因素的条件下进行了研究。无人机参考航路规划中的数值模拟证明了改进的A *算法的正确性和有效性。

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