Principal Research Scientist Georgia Institute of Technology Georgia Institute of Technology Atlanta, Georgia, United States
In this feasibility study, we test the combination of biofeedback and a powered, robotic ankle exoskeleton in stroke survivors and the impacts on gait outcomes. Results indicate that a combined use of biofeedback and an exoskeleton are better than an exoskeleton alone.
Learning Objectives:
Upon completion, participant will describe primary gait deficits in stroke survivors.
Upon completion, participant will describe benefits of biofeedback.
Upon completion, participant will understand relevance of use of biofeedback with powered exoskeletons.
