A high throughput CAVLC architecture design with two-path parallel coefficients procedure for digital cinema 4K resolution H.264/AVC encoding.
Chia-Wei ChangWei-Hsuan LinHsiang-Cheng YuChih-Peng FanPublished in: ISCAS (2014)
Keyphrases
- high throughput
- variable length coding
- microarray
- bit rate
- genome wide
- coding scheme
- entropy coding
- biological data
- video coding
- systems biology
- differential pulse code modulation
- decoding process
- low latency
- mass spectrometry
- mode decision
- genomic data
- rate distortion
- data acquisition
- proteomic data
- video coding standard
- coding method
- gene expression
- protein protein interactions
- mass spectrometry data
- dna sequencing
- bitstream
- compressed video
- transform coefficients
- low complexity
- computational complexity
- rate control
- error resilient
- video quality
- compression scheme
- analysis of gene expression
- video codec
- intra prediction
- macroblock
- living cells
- compression ratio
- gene expression data
- subband
- image compression