Blind depth estimation based on primary-to-ambient energy ratio for 3-D acoustic depth rendering.
Se-Woon JeonDae Hee YounYoung-Cheol ParkPublished in: APSIPA (2012)
Keyphrases
- depth estimation
- depth map
- free viewpoint
- stereo vision
- d scene
- depth information
- stereo matching
- scene understanding
- motion parallax
- real scenes
- dynamic scenes
- high quality
- view synthesis
- super resolution
- feature matching
- multi view
- real time
- dense depth maps
- depth cues
- computer graphics
- three dimensional
- stereo pair
- object recognition
- image sequences
- depth estimates
- virtual view
- depth from defocus
- disparity map
- camera calibration
- augmented reality
- vision system
- motion estimation
- depth data
- video sequences