Actuator-Aware Inverse Kinematics Joint-Limit Robots
The work develops methods for actuator-aware inverse kinematics that respect joint limits in redundant torque-controlled robots. Emphasis is placed on practical admissibility constraints.
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Improvements in robot control algorithms support more reliable automation in manufacturing environments. This can influence production efficiency in industrial settings.
The work develops methods for actuator-aware inverse kinematics that respect joint limits in redundant torque-controlled robots. Emphasis is placed on practical admissibility constraints.