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Path Planning of Anti ship Missile based on Voronoi Diagram and Binary Tree Algorithm

机译:基于Voronoi图和二叉树算法的防船导弹路径规划

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The path planning of anti-ship missile should be considered both cruising in safety and striking in quick, which is an intractable problem. In particular, it is difficult to consider the safety of each missile path in the path planning of multiple missiles. To solve this problem, the “AREA Algorithm” is presented to divide the relative relations of areas:relative security area of the threat areas and fast-attack area of target approaching. Specifically,it is a way to achieve area division through the relationship between the target and the center of the operational area. The Voronoi diagram topology network, Dijkstra algorithm and binary tree algorithm have been used in the above process as well. Finally, Simulations have verified the feasibility and obvious advantages of “AREA Algorithm” compared with the single algorithm, and the tactical meaning in path planning of multiple missiles.
机译:反舰导弹的路径规划应考虑在安全性和快速引人注目的情况下巡航,这是一个难以解决的问题。特别是,难以考虑多个导弹路径规划中的每个导弹路径的安全性。为了解决这个问题,提出了“区域算法”以除以区域的相对关系:威胁区域的相对安全区域和目标接近的快速攻击区域。具体地,它是通过目标和操作区域的中心之间的关系实现区域划分的方式。 Voronoi图拓扑网络,Dijkstra算法和二进制树算法也已在上述过程中使用。最后,仿真已经验证了与单次算法相比“区域算法”的可行性和明显优势,以及多个导弹路径规划中的战术含义。

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