Direct Depth Recovery from Motion Blur Caused by Random Camera Rotations Imitating Fixational Eye Movements.
Norio TagawaShoei KoizumiKan OkuboPublished in: VISAPP (2) (2013)
Keyphrases
- eye movements
- motion blur
- depth recovery
- camera motion
- video camera
- depth information
- real scenes
- motion blurred images
- depth map
- eye tracking
- super resolution
- visual attention
- image sequences
- head movements
- blurred images
- stereo camera
- stereo images
- optical flow
- image restoration
- feature points
- field of view
- structure from motion
- video sequences
- pose estimation
- frame rate
- dynamic scenes
- high quality
- eye gaze
- digital camera
- focal length
- high resolution
- vision system
- stereo vision
- real time
- low resolution
- d scene
- eye tracker
- multiple cameras
- camera calibration
- viewpoint
- object recognition
- computer vision