A cooperative top-down/bottom-up technique for motion field segmentation.
Riccardo LeonardiPierangelo MiglioratiG. TofanicchioPublished in: EUSIPCO (1998)
Keyphrases
- motion field
- cooperative
- optical flow estimation
- motion segmentation
- figure ground
- motion estimation
- optical flow
- motion boundaries
- image sequences
- motion compensation
- dense motion field
- figure ground segmentation
- motion model
- motion compensated
- displacement field
- motion vectors
- segmentation algorithm
- image segmentation
- attention mechanism
- optic flow
- multiscale
- vector field
- flow field
- motion estimation algorithm
- consecutive frames
- background subtraction
- level set
- pixel level
- rigid motion
- motion analysis
- computer vision
- velocity field
- medical images
- object segmentation
- image motion
- moving objects
- estimation process
- computational complexity
- video data
- reinforcement learning
- visual attention
- scene flow estimation