A High Throughput Processor Chip for Transform and Quantization Coding in H.264/AVC.
Miguel A. ManzanoJuan A. MichellGustavo A. RuizPublished in: J. Signal Process. Syst. (2013)
Keyphrases
- high throughput
- coding gain
- transform coding
- high bit rate
- residual signal
- coding efficiency
- single chip
- high speed
- transform coefficients
- rate distortion
- image coding
- entropy coding
- bit rate
- coding scheme
- processor core
- genome wide
- microarray
- bitstream
- bit allocation
- filter bank
- biological data
- systems biology
- inter frame
- ibm power processor
- rate control algorithm
- subband
- coding method
- data acquisition
- transform domain
- intra frame
- rate control
- image compression
- macroblock
- video coding
- computational complexity
- motion estimation
- low cost
- genomic data
- dna sequencing
- multiview video coding
- low power
- video codec
- scalable video coding
- protein protein interactions
- quantization parameter
- image coder
- motion vectors
- mass spectrometry data
- low latency
- video sequences
- intra prediction
- gene expression
- monitoring system
- image quality
- distributed video coding
- mass spectrometry
- low complexity
- wavelet transform
- proteomic data
- low bit rate
- video compression
- real time