Control of 3D Printed Ambidextrous Robot Hand Actuated by Pneumatic Artificial Muscles

Multi-bang control refers to optimal control problems for partial differential equations where a distributed control should only take on values from a discrete set of allowed

C. When applying a shooting method for solving this kind of optimal control problem, one may encounter numerical problems due to the fact that the shooting function is not

“Hybrid control of a parallel platform based on pneumatic artificial muscles combining sliding mode controller and adaptive

For a pneumatic teleoperation system with on/off solenoid valves, sliding-mode control laws for position and force, ensuring low switching (open/close) activity of the valves

Visual control, also named visual servoing, refers to the use of computer vision data as input of real-time closed-loop control schemes to control the motion of a dynamic system,

To suitably represent such a switching dynamics, the control design problem has been cast as a hybrid control design problem and two solutions have been proposed, both ensuring

1) Final position control: We aim to compare the quality of the positioning control in the presence of different loads with the iLQR approach and with the feed-forward

The experimental set up considered here is the manipulator of LAAS CNRS which is an anthropomorphic arm of seven degrees of freedom (DoF), where each joint is pneumatically actuated