Presentation of a novel system for neuro-motor rehabilitation of upper limb in post-stroke survivors integrating hihg resolution eeg, passive robotico device and five dedicated virtual reality training applications to promote brain functional re-organization. Motor pattern replication activity of dayliving induced by vr training applications is monitored and results suggest that this system can add useful quantitative measure of motor performance and neural recovery
The potential of a system combinig high-resolution EEG, Robotics and virtual reality for the neuro-motor rehabilitation of stroke survivors
l. sCHINAIA;g. tAMBURRO;L. Velluto;L. Stellin;S. Comani
2015-01-01
Abstract
Presentation of a novel system for neuro-motor rehabilitation of upper limb in post-stroke survivors integrating hihg resolution eeg, passive robotico device and five dedicated virtual reality training applications to promote brain functional re-organization. Motor pattern replication activity of dayliving induced by vr training applications is monitored and results suggest that this system can add useful quantitative measure of motor performance and neural recoveryFile in questo prodotto:
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