A practical method of reverse engineering and automatic path programming for robotic surface finishing
A method of robotic surface finishing is discussed. The method is question incorporates COTS (commercial of the shelf) technology.
Engineering topics
Publications and source records attributed to Mitchell, O. R..
A method of robotic surface finishing is discussed. The method is question incorporates COTS (commercial of the shelf) technology.
Because of the continually changing environment of a space station, visual feedback is a vital element of a telerobotic system. A real time visual servoing system would allow a telerobot to track and manipulate randomly moving objects. Methodologies for the automatic selection of image features to be used to visually control the relative position between an eye-in-hand telerobot and a known object are devised. A weighted criteria function with both image recognition and control components is used to select the combination of image features which provides the best control. Simulation and experimental results of a PUMA robot arm visually tracking a randomly moving carburetor gasket with a visual update time of 70 milliseconds are discussed.