Ultra-Low-Power Gaze Tracking for Virtual Reality.
Tianxing LiQiang LiuXia ZhouPublished in: GetMobile Mob. Comput. Commun. (2018)
Keyphrases
- virtual reality
- gaze tracking
- ultra low power
- low power
- virtual environment
- infrared
- gaze estimation
- gesture recognition
- daily life
- virtual world
- three dimensional
- computer graphics
- stereo camera
- real time
- augmented reality
- head movements
- eye tracking
- eye gaze
- interactive virtual
- virtual humans
- real time tracking
- head motion
- virtual space
- computer vision
- collaborative virtual environments
- human computer interaction
- machine learning
- virtual reality technology
- virtual training
- point cloud
- image processing
- power consumption