Prediction of motion sickness degree of stereoscopic panoramic videos based on content perception and binocular characteristics.
Ziang LuMei YuGangyi JiangBiwei ChiQifeng DongPublished in: Digit. Signal Process. (2022)
Keyphrases
- depth perception
- depth cues
- stereo vision
- stereoscopic video
- visual perception
- stereo images
- vision system
- motion features
- moving camera
- input video
- depth information
- motion analysis
- image sequences
- visual motion
- user generated
- stereo camera
- motion model
- periodic motion
- video sequences
- static images
- key frames
- d scene
- inter view
- dynamic scenes
- high definition
- motion parallax
- moving objects
- motion capture data
- video data
- stereo matching
- motion estimation
- perceptual information
- image quality
- space time
- video analysis
- panoramic images
- video summarization
- video segments
- high resolution
- video objects
- three dimensional
- spatial and temporal information
- action recognition
- camera motion
- human motion
- stereo video