A Real-Time Path Planning Method for Mobile Robot Avoiding Oscillation and Dead Circulation
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摘要: 本文研究了一般障碍环境下全局信息未知的机器人路径规划问题,分析了基于实时探 测信息的滚动路径规划算法可能遇到的振荡和死循环现象,提出了增加适量记忆的改进滚动路 径规划算法,不仅有效地克服了振荡和死循环的发生,而且保证了机器人对全局目标的可达性, 为移动机器人在一般未知障碍环境下的路径规划提供了快速、有效的方法.Abstract: Robot path planning in a globally unknown environment with general obstacles is studied in this paper. Oscillation and dead circulation possibly encountered in rolling path planning are studied. And an Improved planning method is proposed by storing detected environmental information. The planning method could prevent mobile robot from oscillation and dead circulation efficiently and guarantee the accessibility to the global goal. It is a fast and effective path planning method for mobile robot in an unknown obstacle environment.
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Key words:
- Robot path planning /
- rolling planning /
- local planning /
- subgoal /
- oscillation /
- dead circulation /
- accessibility
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