Motion blur reduction of liquid crystal displays using perception-aware motion compensated frame rate up-conversion.
Yi-Nung LiuYa-Ting WangShao-Yi ChienPublished in: SiPS (2011)
Keyphrases
- motion compensated
- motion blur
- liquid crystal displays
- frame rate up conversion
- motion estimation
- motion compensation
- video coding
- super resolution
- image formation
- image restoration
- prediction error
- camera motion
- spatially varying
- blurred images
- motion field
- eye tracking
- high resolution
- motion vectors
- dynamic scenes
- video camera
- video sequences
- frame rate
- higher resolution
- human perception
- machine learning
- image reconstruction
- computer vision
- state space
- multiresolution
- edge detection