In this paper we introduce VR-Wheel, a platform combining cognitive and motor-learning tasks, intended for motor recovery in lower limb amputee and tetraplegic patients in post-traumatic conditions. The main feature of the platform is its versatility from the biomechanical, hardware and software viewpoint, since the design of the application is such that patients’ own wheelchairs are transformed into an USB mouse, interfaced with any types of mouse-drivable graphics and/or software and any kind of operative system. The mechanics is flexible and the dedicated VR-environment is user friendly and easily tunable to different, specific clinical requirements. In this paper we present its general design and some scenarios for its clinical use.
VR-Wheel: a Rehabilitation Platform for Motor Recovery / E.L. Secco; R. Sottile; A. Davalli; L. Calori; A. Cappello; L. Chiari. - ELETTRONICO. - (2007), pp. 39-43. (Intervento presentato al convegno Virtual Rehabilitation 2007 tenutosi a Venezia; I nel 27-29 September 2007).
VR-Wheel: a Rehabilitation Platform for Motor Recovery
SECCO, EMANUELE LINDO;SOTTILE, ROBERTO;CAPPELLO, ANGELO;CHIARI, LORENZO
2007
Abstract
In this paper we introduce VR-Wheel, a platform combining cognitive and motor-learning tasks, intended for motor recovery in lower limb amputee and tetraplegic patients in post-traumatic conditions. The main feature of the platform is its versatility from the biomechanical, hardware and software viewpoint, since the design of the application is such that patients’ own wheelchairs are transformed into an USB mouse, interfaced with any types of mouse-drivable graphics and/or software and any kind of operative system. The mechanics is flexible and the dedicated VR-environment is user friendly and easily tunable to different, specific clinical requirements. In this paper we present its general design and some scenarios for its clinical use.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
