FURI | Spring 2018
Inside-Out Tracking with Redirected Walking for Free World Mobile Virtual Reality Navigation
Virtual Reality needs a cost-efficient, user-friendly navigation, thus the research objective is to use redirected walking for user locomotion. Research has shown that greedy algorithms can virtually alter user locomotion in a confined, physical space. Furthermore, advancements with Augmented Reality frameworks and inside-out tracking provide the opportunity for motion tracking users. Redirected Walking can prevent user collisions within physical spaces as they explore the virtual world. This could result in a cost-efficient, free-world locomotion system can be accomplished for room-scale, mobile Virtual Reality.
Hometown: Detroit, Michigan
Graduation date: Spring 2018