Featured Projects
We are a team focused on increasing the comfortability of autonomous vehicles for people with ASD. A fully autonomous vehicle would afford individuals with ASD a safe and reliable form of transportation that requires no driving skills. Our project seeks to explore how to make individuals with ASD more comfortable using level 5 autonomous vehicles. |
The goal of this NASA funded project is to conduct human computer interaction experiments to study how the diminishment of irrelevant visual and auditory information, via Augmented Reality, in a high stress environment can help a user focus more effectively on task performance. Specifically we are studying methods of diminishing and enhancing reality for crew members on the International Space Station that could help them perform complex medical tasks in high stress emergency situations. |
Here, we report a wireless, fully integrated, soft sternal patch with mechanics optimized to detect the mechanical, electrical, and optical signals that characterize the cardiovascular response to OSA. Analytical and computational studies in mechanics and material interfaces yielded a fully integrated, multi-sensor system capable of capturing ultrafine, low-frequency, sternal vibrations caused by the heart's motion, cardiac electrical signals, and optical measurements of arterial blood oxygenation from a single location on the sternum, which has not been previously realized. |
About GVU
GVU Resource Labs
App Lab
Built for Success
A mobile computing "hackerspace."
Visit the App Lab website
Location: TSRB 333
GVU Prototyping Lab
From Concept to Creation
A rapid prototyping "makerspace."
Visit the Prototyping Lab website
Location: TSRB Basement
GVU Craft Lab
Making for All
A soft-goods "makerspace."
Visit the Craft Lab website
Location: TSRB 225B
Usability Lab
Testing Methods and Technology
An adaptable project testing space.
Visit the Usability Lab website
Location: TSRB 216