A Compression Objective and a Cycle Loss for Neural Image Compression.
Çaglar AytekinFrancesco CricriAntti HallapuroJani LainemaEmre AksuMiska M. HannukselaPublished in: CVPR Workshops (2019)
Keyphrases
- image compression
- compression ratio
- compression algorithm
- compression scheme
- vector quantization
- wavelet transform
- discrete cosine transform
- subband
- transform coding
- fractal image compression
- low bit rate
- lossy image compression
- network architecture
- image transmission
- high compression
- lossy compression
- reconstructed image
- progressive transmission
- image processing
- arithmetic coding
- entropy coding
- bit allocation
- wavelet compression
- lossless compression
- compression standards
- image coder
- compressed images
- block truncation coding
- bio inspired
- neural network
- compression rate
- high compression ratio
- data compression
- jpeg image compression
- huffman coding
- coding method
- quality assessment
- computer vision