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trajectory planning method, orbit control method, trajectory planning system and trajectory planning and control system

机译:轨迹计划方法,轨道控制方法,轨迹计划系统以及轨迹计划和控制系统

摘要

PROBLEM TO BE SOLVED: To provide a path planning system capable of acquiring a path from an initial state of an object to a target state at a reduced calculation cost and with high accuracy without limitation on search.;SOLUTION: A path planning system includes: a search tree creation part 101 which assumes a target state as a root in a state space and creates a reverse direction search tree of which branches are aggregated by limiting the number of nodes of the branches included in respective areas of the state space preliminarily divided into a plurality of areas; a transferable region determination part 103 which determines a transferable region capable of reaching the target state according to the reverse direction search tree with respect to a point on the reverse direction search tree if the point is within the region in the state space; a search tree storage part 104 which stores the search tree and the transferable region; and a path creation part 105 which determines a path of the object from a position in the transferable region to the root by using the reverse direction search tree.;COPYRIGHT: (C)2013,JPO&INPIT
机译:解决的问题:提供一种路径规划系统,该路径规划系统能够以降低的计算成本并且高精度地获取从对象的初始状态到目标状态的路径,而不受搜索的限制。解决方案:路径规划系统包括:搜索树创建部分101,其以状态空间中的目标状态为根,并通过限制状态空间的各个区域中包括的分支的节点数,来创建分支聚合的反向搜索树多个区域;可转移区域确定部分103,如果该点在状态空间中的区域内,则根据该反向搜索树来确定能够到达目标状态的可转移区域。搜索树存储部分104,存储搜索树和可转移区域;路径创建部分105,其通过使用反向搜索树确定从可转移区域中的位置到根的对象的路径。COPYRIGHT:(C)2013,JPO&INPIT

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