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High-fidelity Sliding-mode Control of a Pneumatic Haptic Teleoperation System

Even robots, oops, roboticists can become artists

Cubli – A cube that can jump up, balance, and walk across your desk

Cubli – A cube that can jump up, balance, and walk across your desk

Article published on by Gajan Mohanarajah and Markus Waibel , December 20, 2013

Google Acquires Seven Robot Companies, Wants Big Role in Robotics

Google Acquires Seven Robot Companies, Wants Big Role in Robotics

Article from IEEE Spectrum, posted by Evan Ackerman on 2013/12/04

Modeling and teleoperation of a pneumatic actuator through long pneumatic lines

2013-2016 PhD: Dual-user Haptic Training System

More particularly in the medical field, gesture quality is primordial. Professionals have to follow hands-on trainings to acquire a sufficient level of skills in the call of duty. For a decade, computer based simulators have helped the learners in numerous learnings, but these simulations still have to be associated with hands-on trainings on manikins, animals or cadavers, even if they do not always provide a sufficient level of realism and they are costly in the long term. Therefore, their training period has to finish on real patients, which is risky. Haptic simulators (furnishing an effort feeling) are becoming a more appropriated solution as they can reproduce realist efforts applied by organs onto the tools and they can provide countless prerecorded use cases. However, learning alone on a simulator is not always efficient compared to a fellowship training (or supervised training) where the instructor and the trainee manipulate together the same tools. Thus, this study introduces an haptic system for supervised hands-on training: the instructor and the trainee interoperate through their own haptic interface. They collaborate either with a real tool dived into a real environment (the tool is handled by a robotic arm), or with a virtual tool/environment. An energetic approach, using in particular the port-Hamiltonian modelling, has been used to ensure the stability and the robustness of the system. This system has been designed and validated experimentally on a one degree of freedom haptic interface. A comparative study with two other dual-user haptic systems (in simulation) showed the interest of this new architecture for hands-on training. In order to use this system when both users are away from each other, this study proposes some enhancements to cope with constant communication time delays, but they are not optimized yet.

It was Innorobo 2013 !

NAO in your classroom

'Terminator' Studies Center Launched at Cambridge

Le robot V.I.N, premier robot vigneron made in France