A Collision Predict Based Local Path Planning of Mobile Robots

Yang Gao, Shu-dong Sun
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引用次数: 7

Abstract

Based on the velocity of obstacles and its distribution, the position of the dangerous region (potential collision region) has been predicted. So that the dangerous region would be expanded based on the distribution of its position to ensure the security. By finding the best “Free Road” and estimate the “danger”, a data reduction technique is employed to compress all the information needed in path planning. With the help of that the efficiency of the fuzzy logic controller is improved significantly which is also employed to calculate the speed of the robot. Benefit from the fuzzy logic controller and the dangerous region predicted technique, our method is more robust in dynamic environment with uncertainty. And the results of both experiments and simulations have proved that our method get a better effect than the conventional ones.
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根据障碍物的速度及其分布,预测了危险区域(潜在碰撞区域)的位置。从而在扩大危险区域的基础上对其位置进行分布,以确保安全。通过寻找最佳“自由道路”和估计“危险”,采用数据约简技术对路径规划所需的所有信息进行压缩。在此基础上提高了模糊控制器的效率,并将其应用于机器人的速度计算。该方法利用模糊控制器和危险区域预测技术,在具有不确定性的动态环境中具有较强的鲁棒性。实验和仿真结果都证明了该方法比传统方法具有更好的效果。
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