2011 · 22 citations · 7 references
EngineeringRobotics EngineeringSurgeryMedical RoboticsMicrosurgerySurgical InstrumentationMicrosurgical InstrumentationMicrosurgical InstrumentsMicrosurgical SimulationRobot-assisted SurgerySurgical RoboticsControl Of Surgical RobotsInertial Measurement Unit ControlMicrosurgical Skill AssessmentMicrosurgical Skills TrainingMicrosurgical TweezersSurgical Skill AssessmentSurgical Skill TrainingSurgical Training
A surgical skill assessment system was developed to quantify microsurgical skills. Infrared optical makers, an inertial measurement unit, and strain gauges were mounted on tweezers to record surgical tasks. In preliminary experiments, the tool tip trajectory, acceleration, and applied force were measured and microsurgery videos were evaluated by three expert surgeons. The preliminary results indicated the feasibility of the system by showing the significant difference between unskilled and skilled surgeons.
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How do we assess microsurgical skill?
Peter U. Kalu, Joanne Atkins, Daryll Baker et al. · Microsurgery · 2005 · 56 citations
Adaptive Control for Human-Robot Skilltransfer: Trajectory Planning Based on Fluid Dynamics
Hermann Mayer, István Nagy, Alois Knoll et al. · Proceedings - IEEE International Conference on Robotics and Automation/Proceedings · 2007 · 38 citations · Full text
Engineering, Mechanical Engineering, Robotics Engineering +14
Uncalibrated Visual-Servoing of a Dual-Arm Robot for MIS Suturing
P. Hynes, G.I. Dodds, A.J. Wilkinson · 2006 · 36 citations