The ARVR Lab
at the School of Computer and Cyber Sciences, Augusta University
in collaboration with the Cybermedia Center at Osaka University
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Empowering education and training through augmented and virtual reality
Empowering education and training through augmented and virtual reality
The ARVR Lab is a state-of-the art laboratory within Augusta University's School of Computer and Cyber Sciences. As part of the Cyber-Physical Systems group, we build hardware and software that can improve how we interact with virtual content and strive to achieve a balance of theoretical and practical research. See our Lab Intro Video for more details: Lab Intro Video
Recent Research
Fast Gaze Selection and Interaction
Orlosky, J., Liu., C, Sakamoto, K., Sidenmark, L., & Mansour, A. (2024). EyeShadows: Peripheral Virtual Copies for Rapid Gaze Selection and Interaction. To appear in the Proceedings of the IEEE conference on Virtual Reality. [Best Presentation Honorable Mention]
Simulation of Visual Deficits in Virtual Reality
Alexander, D., Nguyen, T., Keller, P., Orlosky, J., Brown, S., Wood, E., ... & Jirau-Rosaly, W. (2020, March). Design of visual deficit simulation for integration into a geriatric physical diagnosis course. In 2020 IEEE Conference on Virtual Reality and 3D User Interfaces Abstracts and Workshops (VRW) (pp. 838-839). IEEE.
ARVR Lab Topics
ARVR Lab Topics
Topics include the practical use of head worn augmented reality during training, dynamic activities, or outdoor navigation
We also strongly encourage students to come up with their own topics in AR, VR, Eye tracking, ML and AI.
This includes the use of eye tracking and biometrics to help detect cognitive states and regulate or support a user's actions through visualization.
We develop intelligent agents that help facilitate remote learning and training in co-located / remote environments.
Getting your MS or PhD in Computer Science
Getting your MS or PhD in Computer Science
Individuals interested in working at the lab can apply here.
Keywords: Augmented Reality; Virtual Reality; Eye Tracking; Artificial Intelligence; Interaction; Remote Collaboration
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