Autonomous navigation and speed control for line following robot

D. Nikolov, Georgi Zafirov, I. Stefanov, Kaloyan Nikov, S. Stefanova
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引用次数: 6

Abstract

This paper presents a model of autonomous control of a line following robot with ability know its position, to control speed and lateral position and to overcome different obstacles. The location is based on continuous speed and length measurements filtered through a histogram filter and compared to a predetermined map. The current position is determined by markov process histogram filter and the error in measurements is embedded in calculating the location probability.
线路跟踪机器人的自主导航和速度控制
提出了一种具有位置感知、速度控制和横向位置控制以及克服不同障碍物能力的直线跟随机器人自主控制模型。该位置基于通过直方图过滤器过滤的连续速度和长度测量,并与预定的地图进行比较。通过马尔可夫过程直方图滤波确定当前位置,并将测量误差嵌入到定位概率的计算中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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