Fei Mei

University of Tasmania, Technical University of Munich

Papers

Total Citations

H-Index

About

Dr. Fei Mei is a pioneering researcher whose work bridges nonlinear control theory and the emerging field of haptic teleoperation. Her foundational contributions began with "Fuzzy modelling and tracking control of nonlinear systems" (2001, 26 citations), which established key methodologies for managing complex, uncertain dynamic systems. More recently, Dr. Mei has advanced the frontier of human-robot interaction through her 2022 study on subjective experience prediction for time-delayed teleoperation with haptic data reduction (11 citations). This innovative work introduces a novel quality assessment framework that predicts how operators perceive touch feedback in remote control scenarios, addressing a critical challenge in teleoperation and virtual reality. By tackling the degradation of haptic experience caused by network delays, her research directly impacts the development of more intuitive and effective remote robot control systems. Dr. Mei's trajectory from foundational fuzzy control to cutting-edge haptic perception demonstrates a sustained commitment to making remote interaction feel more natural and responsive, with implications for everything from surgical robotics to immersive VR environments.