Admittance Control
Overview
Admittance control turns sensed or estimated forces into motion, often through a task-space virtual mass–damper model, so robots yield appropriately during contact. Methods include fixed and variable-admittance controllers, force-aware payload compensation, hybrid impedance–admittance designs, and combinations with robust control or learned policies. Applications range from peg insertion, grasping, and surface inspection to aerial manipulation, teleoperation, and humanoid interaction. A central challenge is balancing precise task execution with compliance and safety despite uncertain forces, coupled dynamics, communication delays, and physical constraints.
Latest papers
16 papers2 papers in the last four weeks, down 50% on the four weeks before. 0.0% of all new papers.