D++算法:移动机器人实时无碰撞路径规划

P. Cheng, Pin-Jyun Chen
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引用次数: 4

摘要

本文提出了一种改进算法,我们称之为“d++”,该算法可用于实时无碰撞路径规划,解决了目前常用方法存在的一些问题。D++算法将Dijkstra算法与基于传感器的方法相结合,使得D++算法可以处理未知的、大型的、复杂的或动态的环境问题,并且最初只需要局部环境信息就可以找到最短路径。在本文的后面,我们通过一些例子证明了d++算法对于路径规划是非常有效的,并且在实际的移动机器人系统上也是非常可行的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The D++ algorithm: Real-Time and collision-free path-planning for mobile robot
This paper proposed an improved algorithm that we call “D++” which can be applied to real-time and collision-free path -planning to solve some problems of common methods at present. D++ algorithm combines the Dijkstra's algorithm with sensor-based method so that D++ algorithm can deal with problems of unknown, large, complex, or dynamic environment, and need only local environmental information initially to find a shortest path. In the later of this article, we demonstrated some examples to show that D++ algorithm is very efficient for path-planning and also very practicable on real mobile robot system.
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