An effective de-interlacing technique using motion compensated interpolation.
You-Young JungByung-Tae ChoiYung-Jun ParkSung-Jea KoPublished in: IEEE Trans. Consumer Electron. (2000)
Keyphrases
- motion compensated
- motion compensation
- interpolation filter
- video coding
- motion estimation
- video compression
- block matching algorithm
- motion field
- prediction error
- motion estimation and compensation
- motion compensated prediction
- image sequence coding
- coding gain
- motion vectors
- predictive coding
- video codec
- high quality
- frame rate up conversion
- overlapped block motion compensation
- video quality
- low complexity
- coding scheme
- residual signal
- compressed video sequences