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Design of wavelet-based image codec in memory-constrained environment
2001
IEEE transactions on circuits and systems for video technology (Print)
This work presents a high-performance wavelet transform based image coder that is designed for image compression in a system with limited resources. In this image coder, the dual-sliding wavelet transform (DSWT) is first applied to image data to generate wavelet coefficients in fixed-size blocks. Here, a block consists of wavelet coefficients only from a single subband. Then, the resulting coefficient blocks are directly coded with the Low-Complexity Binary Description (LCBiD) coefficient
doi:10.1109/76.920193
fatcat:5dqymu3c4zbzpjj6hsprrpbnsa