Image Processing Handbook The: Second EditionFrom the reviews of the First Edition: |
Contents
Acquiring Images | 1 |
Printing and Storage | 77 |
Correcting Imaging Defects | 151 |
Copyright | |
7 other sections not shown
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Common terms and phrases
3D image algorithm alignment angle applied array artefacts background binary image boundary boundary representation brightness values calculated camera coefficient color images compression counting dark density detector digitized dilation direction discussed in Chapter disk display distance map dots edges electron erosion Euclidean distance fibers Fourier transform fractal dimension frequency transform function grey levels grey scale image halftone histogram Hough transform Huffman coding image processing kernel Laplacian light microscope lines magnitude measurement method neighborhood neighbors noise number of pixels operations orientation original image particles pattern peaks performed perimeter pixel brightness pixel values planes plot points possible power spectrum printers printing produce range image reconstruction regions requires resolution result rotation run-length encoding sample scan shape shown in Figure shows an example skeleton smoothing space spatial specimen storage structure surface texture three-dimensional thresholding tion tomographic reconstruction two-dimensional variation vertical visual volumetric display voxels X-ray