A Lossless Color Image Compression Architecture Using a Parallel Golomb-Rice Hardware CODEC.
Hong-Sik KimJoohong LeeHyunjin KimSungho KangWoo-Chan ParkPublished in: IEEE Trans. Circuits Syst. Video Technol. (2011)
Keyphrases
- image compression
- lossless compression
- entropy coding
- arithmetic coding
- low bit rate
- bit allocation
- vector quantization
- parallel architecture
- processing elements
- parallel hardware
- hardware architecture
- coding method
- compression ratio
- reversible integer
- compression scheme
- hardware implementation
- multi core processors
- wavelet transform
- processing units
- real time
- image processing
- lossy compression
- lossless image compression
- compression algorithm
- subband
- pipelined architecture
- color images
- vlsi implementation
- floating point arithmetic
- low cost
- massively parallel
- reconstructed image
- hardware design
- parallel computers
- parallel architectures
- video codec
- progressive transmission
- parallel processing
- parallel implementation
- multithreading
- coding scheme
- data compression
- computer architecture
- distributed memory
- level parallelism
- parallel programming
- differential pulse code modulation
- inter frame
- parallel computing
- compression standards
- low complexity
- video coding
- image coder