clive.boyd
GRACE Headset Visual-Acoustic Perception for the Blind
Fun flick to capture GRACE concept using binaural acoustics and haptic transducers to provide environmental (Visual Space) perception. The grid on left of screen displays geospatial targets In elevation y-axis and compass azimuth bearing x-axis. Displayed on the screen are Luma scaled; RGB, Ultrasonics and disparity. Hardware is designed to dynamically determine visual targets within local environment and projected onto a geo centric reference frame. (Gravity and North Mag Pole). Identified visual targets can subsequently be encoded acoustically with on the fly realtime adjustments to binaural sounds to compensate (encode) for current head position.
GRACE Headset Visual-Acoustic Perception for the Blind
Fun flick to capture GRACE concept using binaural acoustics and haptic transducers to provide environmental (Visual Space) perception. The grid on left of screen displays geospatial targets In elevation y-axis and compass azimuth bearing x-axis. Displayed on the screen are Luma scaled; RGB, Ultrasonics and disparity. Hardware is designed to dynamically determine visual targets within local environment and projected onto a geo centric reference frame. (Gravity and North Mag Pole). Identified visual targets can subsequently be encoded acoustically with on the fly realtime adjustments to binaural sounds to compensate (encode) for current head position.