Binary morphological subband decomposition for image coding


In this paper a binary waveform coding method based on morphological subband decomposition coupled with embedded zero-tree and entropy coding is described. This method can be utilized in text compression or bit-plane coding of images. Binary morphological subband decomposition operations are carried out in the Gallois Field, resulting in a computationally efficient structure. Simulation studies are presented.

Date of Conference: 18-21 June 1996
Conference Name: 3rd International Symposium on Time-Frequency and Time-Scale Analysis, IEEE 1996
Binary codes, Computer simulation, Data structures, Digital arithmetic, Encoding (symbols), Image compression, Image reconstruction, Wavelet transforms, Binary waveform, Bit plane coding, Entropy coding, Gallois field, Morphological subband decomposition, Zero-tree coding, Image coding