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Chapter 1. Optics and Instruments
1.2. The media and optical communications
1.3. Instruments for image capture
1.4. Optics in industrial processes
1.5. Optics and the medicine
1.7. The basic components of an instrument
Chapter 2. Formation of Images
2.1. Introduction to optics
2.2. Study of a centered system under Gaussian conditions
2.3. General facts about optical instruments
2.4. Geometric aberrations
2.5. Chromatic aberrations
Chapter 3. A Revision of Photometry and Radiometry
3.1. Introduction: the role of photometry and radiometry
3.2. The main values of an optical radiation
3.3. Relations between radiometric parameters of a radiation
3.4. Some photometric properties of optical instruments
Chapter 4. Light Sources for Optical Instruments
4.1. Generalities about sources
4.2. Emission light
4.6. Remote sources and optical power supply
Chapter 5. Colorimetry
5.2. Color and the observer
5.3. The foundation of colorimetry
5.4. Perception of color differences
5.5. Evaluation of color differences
5.6. Interpreting color deviations and color tolerancing
Chapter 6. Bases for Image Analysis
6.2. Classification of the image
6.3. Interpretation of binary images
6.4. Gray level mathematical morphology
6.5. An example of a non-linear model: ...
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