We present a virtual reality (VR)-based motor neurorehabilitation system for stroke patients
with upper limb paresis. It is based on two hypotheses:(1) observed actions correlated with …

Purpose: To introduce the rationale of a novel virtual reality system based on self-face
viewing and mirror visual feedback, and to examine its feasibility as a rehabilitation tool for …

Introduction Optimal practice and feedback elements are essential requirements for maximal
motor recovery in patients with motor deficits due to central nervous system lesions. Methods …

Stroke patients report hand function as the most disabling motor deficit. Current evidence
shows that learning new motor skills is essential for inducing functional neuroplasticity and …

Impairments in reaching and grasping have been well-documented in patients with post-
stroke hemiparesis. Patients have deficits in spatial and temporal coordination and may use …

Given the rising incidence of stroke, several technology‐driven methods for rehabilitation
have recently been developed. Virtual reality (VR) is a promising therapeutic technology …

Abstract Development and application of virtual reality (VR) systems for rehabilitation is an
iterative process produced by collaboration of an inter-disciplinary team of engineers …

Aim Upper-extremity interventions for hemiparesis are a challenging aspect of stroke
rehabilitation. Purpose of this paper is to report the feasibility of using virtual environments …

In the last decade there have been major developments in the creation of interactive virtual
scenarios for the rehabilitation of motor deficits following stroke. Virtual reality technology is …

This paper presents preliminary results from a virtual reality (VR)-based system for hand
rehabilitation that uses a CyberGlove and a Rutgers Master II-ND haptic glove. This …