Tendon-based power transmission mechanism and collocated controller with application to position tracking of autonomous surgical robots
Transactions of the Institute of Measurement and Control
Published online on March 16, 2026
Abstract
Transactions of the Institute of Measurement and Control, Ahead of Print.
Due to compliance and significant friction in the drive mechanism, tendon-based minimally invasive surgical robot systems exhibit highly nonlinear behavior and low position control accuracy. In this study, a novel power transmission mechanism ...
Due to compliance and significant friction in the drive mechanism, tendon-based minimally invasive surgical robot systems exhibit highly nonlinear behavior and low position control accuracy. In this study, a novel power transmission mechanism ...