Bardia Amiryavari
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Development of a Force Feedback Controller with a Speed Feedforward Compensator for a Cable-driven Actuator
You are already at the latest version Cable-driven actuators (CDAs) are extensively used in the rehabilitation field because of advantages such as low moment of inertia, fast movement response, and intrinsic flexibility. However, velocity-induced disturbances pose challenges to accurate force control during dynamic movements. Several strategies for force control have been investigated in the literature, but repetitive time-consuming tests are often required.
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