International Journal of Medical Robotics and Computer Assisted Surgery · 2014 · 66 citations · 33 references
EngineeringRobotics EngineeringSurgeryMedical RoboticsRoboticsTeleroboticsHaptic Feedback SystemsHapticsRobot-assisted SurgerySurgical RoboticsTactile SensingTeleoperated Surgical SystemsForce Sensing In SurgeryHaptic ControlHaptic FeedbackHaptic Feedback IntegrationHaptic TeleoperationTactile FeedbackTactile Feedback InputTeleoperation In Robotic Surgery
BACKGROUND: Haptic feedback is of critical importance in surgical tasks. However, conventional surgical robots do not provide haptic feedback to surgeons during surgery. Thus, in this study, a combined tactile and kinesthetic feedback system was developed to provide haptic feedback to surgeons during robotic surgery. METHODS: To assess haptic feasibility, the effects of two types of haptic feedback were examined empirically - kinesthetic and tactile feedback - to measure object-pulling force with a telesurgery robotics system at two desired pulling forces (1 N and 2 N). Participants answered a set of questionnaires after experiments. RESULTS: The experimental results reveal reductions in force error (39.1% and 40.9%) when using haptic feedback during 1 N and 2 N pulling tasks. Moreover, survey analyses show the effectiveness of the haptic feedback during teleoperation. CONCLUSIONS: The combined tactile and kinesthetic feedback of the master device in robotic surgery improves the surgeon's ability to control the interaction force applied to the tissue. Copyright © 2014 John Wiley & Sons, Ltd.
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Multisensory Interactions within Human Primary Cortices Revealed by BOLD Dynamics
Roberto Martuzzi, Micah M. Murray, Christoph M. Michel et al. · Cerebral Cortex · 2006 · 287 citations · Full text