23
Participants
Start Date
September 14, 2016
Primary Completion Date
December 8, 2016
Study Completion Date
December 8, 2016
Visual + Force Feedback
"Visual Feedback- Monitor displays two cursors that will represent the participant's hands, the cursors will fill with red ink as the user starts to compensate outside a normal error band. The amount of ink will increase proportionally to the magnitude of trunk compensation.~Force Feedback- Cues will be provided as resistance to move the robots' handles. These cues will be applied when the user moves outside a normal error band. The magnitude of the cue will be proportional to the magnitude of trunk compensation."
Visual + Force + Game Scores Feedback
"Visual Feedback- Monitor displays two cursors that will represent the participant's hands, the cursors will fill with red ink as the user starts to compensate outside a normal error band. The amount of ink will increase proportionally to the magnitude of trunk compensation.~Force Feedback- Cues will be provided as resistance to move the robots' handles. These cues will be applied when the user moves outside a normal error band. The magnitude of the cue will be proportional to the magnitude of trunk compensation.~Game Scores- Numerical score displayed next to the cursors. The participant will be rewarded with more points when less compensation is exhibited, or with less points when an increased level of compensation is measured."
University of British Columbia, Vancouver
Networks of Centres of Excellence of Canada
OTHER
Natural Sciences and Engineering Research Council, Canada
OTHER
UBC Faculty of Graduate and Postdoctoral Studies
UNKNOWN
University of British Columbia
OTHER