HYBIS project aims to develop an innovative and unique hybrid Brain-Computer Interface (BCI) system. This BCI system is envisioned as a novel tool for targeted reinforcement of sensory motor coupling, specifically dedicated for upper-limb post-stroke rehabilitation.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
DEVICE_FEASIBILITY
Masking
NONE
Enrollment
10
Testing the feasibility of BCI device by determining the accuracy of BCI control
Clinic for rehabilitation dr Miroslav Zotovic Faculty of Medicine University of Belgrade
Belgrade, Serbia
Electrotactile BCI system accuracy
Electrotactile BCI system accuracy is a measure of feasibility of the prototype device. Accuracy \[0 -100 %\] of classification of user's mental strategy (tactile attention task towards one of the two electrical stimulation hotspots), where higher values of accuracy are related to better system control.
Time frame: within 30 minutes after experimental session
Motor Imagery BCI system accuracy
Motor Imagery BCI system accuracy is a measure of feasibility of the prototype device. Accuracy \[0 - 100 %\] of classification between rest and imaginary movement in a cue-based manner, , where higher values of accuracy are related to better system control.
Time frame: within 30 minutes after experimental session
Fugl Meyer sensory score for upper extremity
Fugl Meyer sensory score for upper extremity assesses the degree of sensory impairment in the upper arm. Sensation score ranges from 0 to 12 points, divided into 4 points for light touch and 12 points for position sense. Individual items pertaining to the light touch sensation of the upper arm/ forearm and palmary surface of the hand and to the position of the shoulder/ elbow/ wrist/ thumb (IP-joint) are scored on a 3-point ordinal scale and summed for a maximum possible score of 12. The higher score is considered to represent a less sensory deficit of the subject
Time frame: immediately after experimental session
NASA-TLX
NASA Task Load Index (NASA-TLX) method assesses workload on six scales for different aspects: mental demand, physical demand, temporal demand, performance, effort, and frustration on a 21-point scale. A higher rating represents higher workload.
Time frame: within 30 minutes after experimental session
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