Multisensory neurofeedback design for KMI embodiment
Abstract
This study describes some key steps in the design-based research process related to developing a multimodal brain-computer interface aiming to support kinesthetic motor imagery learning and rehabilitation after stroke. We highlight some of the challenges of sensory interface design to afford and embody imagined hand movement successfully. The result is a multi-sensory neurofeedback solution offering three modalities (visual, kinesthetic, and vibrotactile) to meet future users' needs and realities best. CCS CONCEPTS • Human-centered computing → User centered design; Haptic devices.
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