Force-Sensorless Acceleration-Based Impedance Control for the Inertia Compensation in the Assisted Manipulation of Large Payloads
In physical human-robot interaction applications involving the co-manipulation of heavy and bulky payloads, inertia compensation of the load is a key element for the ergonomics, precision and comfort of the task led by a human operator. This letter investigates experimentally the capability and limitations of a force-s...