Digital Imaging: Theory and Applications
From one of this burgeoning field's true pioneers, here is a much-needed guide to digital image processing that is both authoritative and accessible. Howard Burdick's book/CD-ROM package delivers the basic knowledge and the sample programs you need to utilize digital imaging techniques in a wide variety of real-world situations. More than just another technical cookbook weighed down by mathematical abstractions, Digital Imaging paints a complete picture of the subject in terms anyone can understand. The accompanying CD-ROM provides many complete programming examples, plus sample images that serve to illustrate an array of practical algorithms and processing techniques ... and provide a springboard from which to create your own applications.
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An Introduction to Digital Imaging
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0xff 640 define YSIZE allocate input application areas bilinear interpolation binary bits blue bytes color plane color space compression computer display convolution courtesy of Eastman create define XSIZE 640 define YSIZE 480 depth resolution digital image processing digital imagery dilation display Eastman Kodak edge detection erosion example film free memory buffers free(ob frequency function graphics grayscale green header histogram Image courtesy implementation input and output input image int long int intensity laser long int long int long look-up table low-pass filter malloc XSIZE*YSIZE mask neighborhood objects ooooooooooooo Original Image output image output memory buffers output pixel performed pixel values pointer.type printf Program read the input RGB color space run-length encoded sample scale scanned scanners short int shown in Fig shows spatial resolution tagged pointers techniques TIFF transform unsigned char visual write the output XSIZE 640 define