Advances in digital image processing: theory, application, implementation
Plenum Press, 1979 - Science - 332 pages
Evolution in image science. Trends in digital image processing research. A 1D approach to 2D-signal processing. Digital coding of television signals. Digital image analysis. Biomedical image processing. The processing of X-ray image sequences. Landsat image processing. Image processing for document reproduction. Image processing and computer graphics. Model-driven vision for industrial automation. Distributed image processing. Parallel processors for digital image processing. Large-scale vector/array processors.
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EVOLUTION IN IMAGE SCIENCE
T S Huang
7 other sections not shown
2D system algorithms applications approach array Artificial Intelligence bandwidth binary bit rate block degree buffer cell channels classification coding color component Computer Graphics continuous-tone contours cycle degradations described diff3 digital image processing display DPCM edge enhancement example extraction frame frequency functional image grey level hardware histogram IEEE image analysis image data implemented impulse response input interface interpolation labels LANDSAT linear machine matrix Mbit/s memory methods noise nonrecursive object obtained operand operations output parallel parameters pattern recognition performance picture elements Pipeline pixel points polynomial interpolation PPDT preprocessing problem processor quantizing Ramtek real-time reduced regions result sampling scan scanner scene segmentation sequence shown in Figure signal processing silver halide simple constituents spatial spectral storage structure Super-Circle techniques television signal temporal filter texture threshold profile tion transform two-dimensional ultrasound values vector instruction
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