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Relative position measurement method for a live-line work robot

Chang-Hoi Kim, Seungho Jung, Taewon Jeong

Year
2007
Citations
6

Abstract

The path of a robot can be preprogrammed for the live-line work of a distributted power line since the procedure for such of a task is predefined. But the reference coordinate of a robot is deviated according to the position of the vehicle and boom it is mounted on. The reference position of a robot should be measured and modified for the planned path in order to preform preprogramed tasks for a live-line work. In this paper, we propose a relative position measuremt method for a robot by using a single image of a camera which is attatched to the base of a robot. The intrinsic parameters and extrinsic parameters of the camera can be found since the dimensions of the pin type insulator are known in advance from this image. The validity of the proposed method was tested by a simulation.

Keywords

RobotComputer scienceComputer visionPosition (finance)Artificial intelligenceMobile robotBoomLine (geometry)Bang-bang robotMotion planning

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