Sound and Visual Entrainment in Affective, Bio-Responsive Multi-User VR Interactives.
Meehae SongSteve DiPaolaServet UlasPublished in: ACIIW (2023)
Keyphrases
- multi user
- virtual environment
- virtual world
- virtual reality
- augmented reality
- multi granularity
- virtual space
- user interface
- multiple users
- single user
- visual information
- haptic device
- multi touch
- human computer interaction
- multiple access
- visual perception
- low level
- haptic interaction
- artificial intelligence
- data fusion
- visual features
- visual feedback
- collaborative writing
- computer vision
- smart objects