Author_Institution :
Department of System Design Engineering, Keio University, Yokohama, Japan
Abstract :
In this research, a unified control of autonomous control and bilateral control in redundant master-slave system is proposed. 2 DOF planar manipulator is used as a master robot, and 4 DOF planar manipulator is used as a slave robot. Autonomous control is applied to the 1st and 2nd link of slave robot, and bilateral control is applied to 3rd and 4th link of slave robot. In the proposed method, position control and force control are applied to each subsystem, and the influence on force response by the interference of position control and force control may happen. Experiments are conducted to confirm the influence by comparing the force response of conventional master-slave bilateral controller and proposed method. Furthermore, experiment which is introducing impedance control in place of position control is conducted.
