首页> 外国专利> REMOTE CONTROL METHOD AND A SYSTEM OF A MOBILE ROBOT USING A FUZZY OBSTACLE AVOIDANCE TECHNOLOGY, CAPABLE OF AUTONOMICALLY AVOIDING AN OBSTACLE BY A ROBOT WHILE OPERATING BY A REMOTE CONTROL

REMOTE CONTROL METHOD AND A SYSTEM OF A MOBILE ROBOT USING A FUZZY OBSTACLE AVOIDANCE TECHNOLOGY, CAPABLE OF AUTONOMICALLY AVOIDING AN OBSTACLE BY A ROBOT WHILE OPERATING BY A REMOTE CONTROL

机译:使用模糊障碍规避技术的移动机器人的远程控制方法和系统,能够在机器人通过远程控制进行操作时自动避开障碍物

摘要

PURPOSE: A remote control method and system of a mobile robot using a fuzzy obstacle avoidance technology are provided to improve the reliability of a remote control because a self-regulated obstacle avoidance of a robot is proceed by using modus ponens and modus tollens of a fuzzy obstacle.;CONSTITUTION: A remote control method of a mobile robot using a fuzzy obstacle avoidance technology is as follows. When a robot operates by a remote control, first output fuzzy sets are composed because input fuzzy sets according to an angle between the robot and a target and second input fuzzy sets according to a distance between the robot and target are applied for a modus ponens(S110). Third input fuzzy sets are composed according to an angle between the robot and an obstacle obtained by an ultrasonic sensor of the robot and fourth input fuzzy sets are composed according to the distance between the robot and obstacle. The third and fourth input fuzzy sets are applied for a modus tollens so that second output fuzzy sets are composed(S120). A relevance with respect to the first output fuzzy sets is calculated by using the relevance with respect to the first to the forth input fuzzy sets(S130). A avoidance angle of the robot is calculated by using the relevance with respect to the first output fuzzy sets(S140).;COPYRIGHT KIPO 2012
机译:目的:提供一种使用模糊避障技术的移动机器人的远程控制方法和系统,以提高遥控器的可靠性,因为通过使用模糊的惯用法和惯性收费来进行机器人的自调节避障组成:采用模糊避障技术的移动机器人远程控制方法如下。当机器人通过遥控器操作时,组成第一输出模糊集是因为将根据机器人与目标之间的角度的输入模糊集和根据机器人与目标之间的距离的第二输入模糊集应用于形式单元( S110)。根据机器人与由机器人的超声波传感器获得的障碍物之间的角度来构成第三输入模糊集合,并且根据机器人与障碍物之间的距离来构成第四输入模糊集合。将第三输入模糊集和第四输入模糊集应用于惯用通行费,从而构成第二输出模糊集(S120)。通过使用相对于第一至第四输入模糊集的相关性来计算相对于第一输出模糊集的相关性(S130)。通过使用与第一输出模糊集的相关性来计算机器人的回避角(S140)。; COPYRIGHT KIPO 2012

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