Reconstructing Clear Image for High-Speed Motion Scene With a Retina-Inspired Spike Camera.
Jing ZhaoRuiqin XiongJiyu XieBoxin ShiZhaofei YuWen GaoTiejun HuangPublished in: IEEE Trans. Computational Imaging (2022)
Keyphrases
- camera movement
- camera images
- ground plane
- object motion
- high speed
- imaging process
- scene geometry
- image motion
- camera positions
- ego motion
- camera motion
- single image
- high frame rate
- defocus blur
- uncalibrated cameras
- static scenes
- point features
- acquired images
- camera moves
- image capture
- input image
- moving observer
- image sequences
- d scene
- multiple images
- camera viewpoint
- relative position
- rotational motion
- vanishing points
- video sequences
- multiple cameras
- virtual camera
- scene structure
- camera parameters
- moving objects
- moving camera
- position and orientation
- image correspondences
- optical flow
- line features
- single frame
- projective transformations
- feature points
- motion estimates
- perspective images
- motion estimation
- scene depth
- motion parameters
- calibrated cameras
- camera pose
- real time
- dynamic scenes
- defocused images
- field of view
- depth map
- projective geometry
- camera calibration
- optical axis
- structure from motion
- image based rendering
- motion model
- white balance
- high resolution
- visual input
- planar scenes
- stereo camera
- real scenes
- autocalibration
- motion blur