Estimating Perceptual Depth Changes with Eye Vergence and Interpupillary Distance using an Eye Tracker in Virtual Reality.
Mohammed Safayet ArefinJ. Edward Swan IIRussell A. Cohen HoffingSteven M. ThurmanPublished in: ETRA (2022)
Keyphrases
- virtual reality
- eye tracker
- eye tracking
- eye movements
- gaze contingent
- head mounted
- virtual environment
- eye gaze
- gaze estimation
- augmented reality
- computer graphics
- eye movement analysis
- visual search
- three dimensional
- visual attention
- photorealistic
- head movements
- human computer interaction
- eye position
- eye tracking data
- virtual world
- interactive virtual
- virtual museum
- virtual space
- computer screen
- depth information
- virtual reality technology
- virtual humans
- eye detection
- collaborative virtual environments
- depth map
- visual field
- head mounted display
- stereo pair
- video camera