Grasping the Future: Advances in Powered Upper Limb Prosthetics

Indexed in: EBSCO.

The technological level of upper limb prostheses has always been fairly poor so far if compared with that of other analogous systems (e.g. lower limb prostheses, assistive robots). However, there is ...
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Haptic devices for the simulation of upper limb in Virtual Reality

Pp. 92-103 (12)

M. Bergamasco, A. Frisoli, C. A. Avizzano and F. Salsedo


This contribution deals with a particular type of robotic systems, i.e. exoskeletons or wearable systems. With respect to conventional robots, exoskeletons present the main feature of being wearable and, consequently, always in contact with the human operator during operative conditions. The design and control of exoskeletons must then necessarily take into account this condition, not only for safety issues, but also in terms of transparency for user’s movement and fidelity in the generation of torques/forces to the operator. The experience of the PERCeptual RObotics laboratory of Scuola Superiore Sant’Anna in the design of exoskeletons is presented, by addressing the description of developed robotic exoskeletons. Implications for the usage of exoskeleton systems in the simulation of grasping in Virtual Environments are discussed, with an analysis of the issues associated to the test of myoelectric control of prostheses in Virtual Environments.


Human-Robot Interaction, Exoskeleton, Haptic Devices.


Laboratory of PERCeptual RObotics, Institute of Communication, Information and Perception Technologies Scuola Superiore Sant’Anna, — Pisa (Italy)