Download PDF DIGITAL IMAGE PROCESSING PIKS Inside Third Edition by WILLIAM K. PRATT

Sinopsis

Although this book is concerned primarily with digital, as opposed to analog, image processing techniques. It should be remembered that most digital images represent continuous natural images. Exceptions are artificial digital images such as test patterns that are numerically created in the computer and images constructed by tomographic systems. Thus, it is important to understand the “physics” of image formation by sensors and optical systems including human visual perception. Another important consideration is the measurement of light in order quantitatively to describe images. Finally, it is useful to establish spatial and temporal characteristics of continuous image fields which provide the basis for the interrelationship of digital image samples. These topics are covered in the following chapters.

Content

1. CONTINUOUS IMAGE CHARACTERIZATION
2.  Continuous Image Mathematical Characterization
3. Psychophysical Vision Properties
4. Photometry and Colorimetry
5. DIGITAL IMAGE CHARACTERIZATION
6. Image Sampling and Reconstruction
7. Discrete Image Mathematical Representation
8. Image Quantization
9. DISCRETE TWO-DIMENSIONAL LINEAR PROCESSING
10. Superposition and Convolution
11. Unitary Transforms
12. Linear Processing Techniques
13. IMAGE IMPROVEMENT
14. Image Enhancement
15. Image Restoration Models
16. Point and Spatial Image Restoration Techniques
17. Geometrical Image Modification
18. IMAGE ANALYSIS
19. Morphological Image Processing
20. Edge Detection
21. Image Feature Extraction
22. Image Segmentation
23. Shape Analysis
24. Image Detection and Registration
25. IMAGE PROCESSING SOFTWARE
26. PIKS Image Processing Software
27. PIKS Image Processing Programming Exercises

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