This thesis is to develop the combined control algorithm using F/T sensor and vision sensor based on the developed the combined controller of robot.
Most of research are studied for algorithm developed between robot and each sensor independently.
T...
This thesis is to develop the combined control algorithm using F/T sensor and vision sensor based on the developed the combined controller of robot.
Most of research are studied for algorithm developed between robot and each sensor independently.
Thus, this study is to combine the control method between robot's controller and multi-sensor at the same time. First, we develop the interface algorithm between robot's controller and F/T sensor, then develop the interface algorithm between robot's controller and vision sensor. Finally the combined control algorithm is developed among the robot's controller, F/T sensor and vision sensor.
The developed combined control algorithm is tested experimentally to verify the validity in three ways; position control 'experiment of robot in non-contact circumstance, position and force control experiment of robot in non-contact and contact circumstance, position and force control experiment of robot in contact circumstance.