Digital Image Processing: Part I

Digital image processing is an important research area. The techniques developed in this area so far require to be summarized in an appropriate way. In this book, the fundamental theories of these techniques will be introduced. Particularly, their applications in image denoising, restoration, and segmentation will be introduced. The entire book consists of four chapters, which will be subsequently introduced.

In Chapter 1, basic concepts in digital image processing are described. Chapter 2 will see the details of image transform and spatial filtering schemes. Chapter 3 introduces the filtering strategies in the frequency domain, followed by a review of image restoration approaches described in Chapter 4.

1. Introduction
   1. Digital image processing
   2. Purpose of digital image processing
   3. Application areas that use digital image processing
   4. Components of an image processing system
   5. Visual perception
   6. Image acquisition
   7. Image sampling and quantization
   8. Basic relationship between pixels
   9. Summary
   10. References
   11. Problems
2. Intensity transformations and spatial filtering
   1. Preliminaries
   2. Basic Intensity Transformation Functions
   3. Histogram Processing
   4. Fundamentals of Spatial Filtering
   5. Smoothing Spatial Filters
   6. Sharpening filters
   7. Combining image enhancement methods
   8. Summary
   9. References
   10. Problems
3. Filtering in the Frequency Domain
   1. Background
   2. Preliminaries
   3. Sampling and the Fourier Transform of Sampled Functions
   4. Discrete Fourier Transform
   5. Extension to Functions of Two Variables
   6. Some Properties of the 2-D Discrete Fourier Transform
   7. The Basics of Filtering in the Frequency Domain
   8. Image Smoothing Using Frequency Domain Filters
   9. Image Sharpening Using Frequency Domain Filters
   10. Summary
   11. References and Further Reading
   12. Problems
4. Image Restoration
   1. Image degradation and restoration
   2. Noise analysis
   3. Restoration with spatial analysis
   4. Restoration with frequency analysis
   5. Motion blur and image restoration
   6. Geometric transformation
   7. Summary
   8. References
   9. Problems