The art of image processing with Java

Content: Introduction  What Is Digital Image Processing?  Why Digital Image Processing?         Optics and Human Vision  Light  Camera Optics  Human Visual System         Digital Images  Introduction  Color  Digital Images  Acquisition  Display         Digital Images in Java  Overview  Image Structure  Java's Imaging Library         Point Processing Techniques Overview  Rescaling (Contrast and Brightness)  Lookup Tables  Gamma Correction  Pseudo Coloring  Histogram Equalization  Arithmetic Image Operations  Logical Image Operations  Alpha Blending  Other Blending Modes         Regional Processing Techniques  Overview  Convolution  Smoothing  Edges  Edge Enhancement  Rank Filters  Template Matching and Correlation         Geometric Operations  Affine Transformations  Custom Implementation  Nonlinear Transformations         Image Printing and Display  Halftoning  Thresholding  Patterning  Random Dithering  Dithering Matrices  Error Diffusion Dithering  Color Dithering        Frequency Domain  Overview  Image Frequency  Discrete Cosine Transform  Discrete Fourier Transform  Wavelets         Image Compression  Overview  Run Length Coding  Hierarchical Coding  Predictive Coding  JPEG Case Study  GIF Case Study  Digital Data Embedding         Morphological Image Processing  Components  Component Labeling  Dilation and Erosion  Opening and Closing  Component Representation  Component Features  Image Segmentation         Advanced Programming  Overview  Concurrency  JAI         Appendix A: Floating Point Rasters  Appendix B: Scanners         References     Index         Exercises appear at the end of each chapter