A New Object-Based Fractal Compression of Monocular and Stereo Video Sequences.
Kamel BelloulataShiping ZhuPublished in: ICIAR (2009)
Keyphrases
- motion field
- image sequences
- fractal compression
- video sequences
- scene flow
- motion estimation
- stereo sequences
- motion vectors
- depth map
- optical flow
- computer vision
- disparity estimation
- video objects
- moving objects
- stereo camera
- ego motion
- three dimensional
- camera motion
- object tracking
- stereo vision
- depth cues
- static scene
- video segmentation
- depth perception
- stereo images
- visual odometry
- stereo matching
- video data
- depth information
- depth estimation
- stereo pair
- dynamic scenes
- motion parameters
- moving camera
- stereo video
- visual tracking
- multi camera
- frame rate
- early vision
- facial expressions
- structure from motion
- video camera
- image pairs
- video content
- d scene
- vision system
- time of flight
- foreground objects
- stereo reconstruction
- video frames
- pose estimation
- surface reconstruction
- human actions
- disparity map
- key frames
- background subtraction
- bundle adjustment