Computer Systems for Augmented Senses
in AR, VR, and IoT
Enabling new forms of integrated sensory immersion for feel (fluids), sound, and sight.
SWISH
Fluid Haptics
Immersive Spatial Audio from the IoT
Spatial Audio for SmartHome, AR, and VR
Mixed Reality Virtual Titration
Mixed Reality with Passive Haptics
GLEAM
Real-time Illumination Estimation towards Photorealistic AR
Geppetteau
Fluid Haptics
Komatsu Haptics
Physical Haptics
Career XRcade
Virtual Reality Education
Meteorology
Cross-Platform Experience for Meteorology Education
Act One | Season Two
Immersive 360 Video in Virtual Reality
DishOne Goldilocks VR
Real-Time Data and Research in VR
The Subzero Salvation | Designing for Dreamscape
Cross-Platform Experience for Meteorology Education
Efficient and Performant Visual Computing Systems
Advancing the capabilities of visual computing through sensor systems research.
Rhythmic Pixel Regions
Multi-resolution Visual Sensing Architecture for High-Fidelity Vision at Low Power
Banner
An Image Sensor Reconfiguration Framework for Seamless Resolution-based Tradeoffs
Stagioni
Fidelity-aware Dynamic Thermal Management for Near-sensor Processing
LensCap
Split-Process Framework for Fine-Grained Visual Privacy Control for Augmented Reality
Augmented Coach
AR/VR platform for Remote Sports Coaching
Augmented Content Frameworks and Applications
Useful tooling to connect research outcomes to practical use cases.
Also serves as inlet/outlet for undergraduate research & development.
Coordinate
AR Spreadsheet-programmable Application for Visualization of Location-based Data
ARtifacts
AR Museum Curation
Shoestring
AR Real-time Data Visualization Framework for Max/MSP
Planetary Visor
Visualizing Planetary Spectroscopy through Immersive On-site Rendering
HoloLucination
A Framework for Live Augmented Reality Presentations across Mobile Devices
JMARS XR Viewer
AR and VR Experiences for Planetary Research, Education, and Collaboration
