Full pose and partial pose calibration of a six degree of freedom robot manipulator arm
Potter, Scott Alton
Driels, Morris R.
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A six degree of freedom robot manipulator arm, a PUMA 560, is calibrated using full pose and partial pose methods in order to improve the accuracy of the manipulator arm. The theory applied to modeling of mechanisms is introduced. A thirty parameter kinematic model is developed for use in the full pose calibration methods and a twenty-six parametric kinematic model is developed for the partial pose calibration. A simulation study is performed to determine the applicability and feasibility of each model. Experimental pose measurements are performed using each method to obtain data with which to perform an actual calibration of the manipulator and compare with the predicted results. The effects of noise in each measurement system employed and in the manipulator's joint position encoders are discussed. The measurement systems employed are examined in detail and a comparison between the two is performed. The measured kinematic parameters of each model are presented as results.
RightsThis publication is a work of the U.S. Government as defined in Title 17, United States Code, Section 101. Copyright protection is not available for this work in the United States.
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