1 May 1998 Quadtree-based least-squares prediction for multispectral image coding
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Optical Engineering, 37(5), (1998). doi:10.1117/1.601730
Abstract
A new prediction technique using luminance compensation with adaptive block size for multispectral image compression is proposed. The luminance compensation based on a least-squares approach is updated block by block for efficient coding. The new technique exploits the property that the spatial features of neighboring spectral bands are almost identical. The image content of each band usually has almost the same spatial shape even when the pixel values are different. A Lagrange-multiplier technique is also used to optimize the quadtree for the adaptive block size.
Jungwoo Lee, "Quadtree-based least-squares prediction for multispectral image coding," Optical Engineering 37(5), (1 May 1998). http://dx.doi.org/10.1117/1.601730
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KEYWORDS
Image compression

Multispectral imaging

Quantization

Computer programming

Distortion

Optical engineering

Image enhancement

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