Project

HearThere: Ubiquitous Sonic Overlay

Groups

With our Ubiquitous Sonic Overlay, we are working to place virtual sounds in the user's environment, fixing them in space even as the user moves. We are working toward creating a seamless auditory display, indistinguishable from the user's actual surroundings. Between bone-conduction headphones, small and cheap orientation sensors, and ubiquitous GPS, a confluence of fundamental technologies is in place. However, existing head-tracking systems either limit the motion space to a small area (e.g., Occulus Rift), or sacrifice precision for scale using technologies like GPS. We are seeking to bridge the gap to create large outdoor spaces of sonic objects.

With our Ubiquitous Sonic Overlay, we are working to place virtual sounds in the user's environment, fixing them in space even as the user moves. We are working toward creating a seamless auditory display, indistinguishable from the user's actual surroundings. Between bone-conduction headphones, small and cheap orientation sensors, and ubiquitous GPS, a confluence of fundamental technologies is in place. However, existing head-tracking systems either limit the motion space to a small area (e.g., Occulus Rift), or sacrifice precision for scale using technologies like GPS. We are seeking to bridge the gap to create large outdoor spaces of sonic objects.

Research Topics
#sensors