Design of Bilateral Teleoperation Systems
Design and control of haptic interfaces enabling stable, high-fidelity teleoperation in surgical tasks.
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Design and control of haptic interfaces enabling stable, high-fidelity teleoperation in surgical tasks.
Characterization, modeling, and analysis of human motor performance in haptic manipulation.
Algorithms for high fidelity haptic interfacing to virtual enviroments.
Bilateral force feedback teleoperation controller design for haptic exploration and telemanipulation of soft environments.
Development of a multi-rate simulation scheme for haptic interaction with virtual environments.
Modeling the dynamics of human-thigh for development of an echography simulator with force feedback.