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Hands-on morphological image processing /
Morphological image processing, now a standard part of the imaging scientist's toolbox, can be applied to a wide range of industrial applications. Concentrating on applications, this book shows how to analyze a problem and then develop successful algorithms based on the analysis. The book is ha...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Autor Corporativo: | |
| Otros Autores: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Bellingham, Wash. :
SPIE,
©2003.
|
| Colección: | SPIE tutorial texts ;
TT59. |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Preface
- List of Symbols
- 1. Binary Erosion and Dilation
- 1.1 Introduction
- 1.2 Euclidean and Discrete Binary Images
- 1.3 Erosion
- 1.4 Dilation
- 1.5 Algebraic Properties
- 1.6 Filter Properties
- 1.7 Relationship to Set Operations
- 1.8 Bounded Operators
- 1.9 Exercises
- 1.10 Laboratory Experiments
- 1.11 References.
- 2. Binary Opening and Closing
- 2.1 Opening
- 2.2 Closing
- 2.3 Filter Properties
- 2.4 Application of Opening and Closing Filters
- 2.5 Alternating Sequential Filters
- 2.6 Invariance
- 2.7 T-Openings
- 2.8 Demonstration
- 2.9 Exercises
- 2.10 Laboratory Experiments
- 2.11 References.
- 3. Morphological Processing of Binary Images
- 3.1 Pixel Regions
- 3.2 Boundary Detection
- 3.3 Reconstruction
- 3.4 Conditional Dilation
- 3.5 Marker Selection in Reconstruction
- 3.6 Reconstructive T-opening
- 3.7 Logical Openings
- 3.8 Logical Structural Filters
- 3.9 Connected Operators
- 3.10 Skeletonization
- 3.11 Distance Transform
- 3.12 Geodesic Distance Transform
- 3.13 Exercises
- 3.14 Laboratory Experiments
- 3.15 References.
- 4. Hit-or-Miss Transform
- 4.1 The Transform
- 4.2 Object Recognition
- 4.3 Thinning
- 4.4 Pruning
- 4.5 Exercises
- 4.6 Laboratory Experiments
- 4.7 References.
- 5. Gray-Scale Morphology
- 5.1 Mathematical Preliminaries
- 5.2 Gray-Scale Erosion
- 5.3 Gray-Scale Dilation
- 5.4 Algebraic Properties
- 5.5 Filter Properties
- 5.6 Umbra Transform
- 5.7 Flat Structuring Elements
- 5.8 Gray-Scale Morphology for Discrete Images
- 5.9 Gray-Scale Morphology for Discrete Bounded Signals
- 5.10 Gray-Scale Opening and Closing
- 5.11 Exercises
- 5.12 Laboratory Experiments
- 5.13 References.
- 6. Morphological Processing of Gray-Scale Images
- 6.1 Morphological Gradient
- 6.2 Top-Hat Transform
- 6.3 Gray-Scale Alternating Sequential Filters
- 6.4 Gray-Scale Morphological Reconstruction
- 6.5 Flat Zones and Connected Filters
- 6.6 Gray-Scale Reconstructive Opening
- 6.7 Connected Alternating Sequential Filters
- 6.8 Image Extrema
- 6.9 Markers From Regional Maxima of Filtered Images
- 6.10 Extinction Values
- 6.11 Demonstration
- 6.12 Exercises
- 6.13 Laboratory Experiments
- 6.14 References.
- 7. Morphological Segmentation Watershed
- 7.1 Watershed From Markers
- 7.2 Watershed, Voronoi Diagram and SKIZ
- 7.3 Segmentation of Overlapped Convex Cells
- 7.4 Inner and Outer Markers
- 7.5 Hierarchical Watershed Transform
- 7.6 Watershed Transform Algorithms
- 7.7 Demonstrations
- 7.8 Exercises
- 7.9 Laboratory Experiments
- 7.10 References.
- 8. Granulometries
- 8.1 Granulometries Generated by a Single Opening
- 8.2 Discrete Size Distributions
- 8.3 The Open and Discrete-Size Transforms
- 8.4 Granulometries on Random Binary Images
- 8.5 Granulometric Classification
- 8.6 General Granulometries
- 8.7 Logical Granulometries
- 8.8 Discrete Granulometric Bandpass Filters
- 8.9 Gray-Scale Granulometries
- 8.10 Exercises
- 8.11 Laboratory Experiments
- 8.12 References.
- 9. Automatic Design of Morphological Operators
- 9.1 Boolean Functions
- 9.2 Morphological Representation
- 9.3 Optimal W-Operators
- 9.4 Design of Optimal W-Operators
- 9.5 Optimal Increasing Filters
- 9.6 Differencing Filters
- 9.7 Resolution Conversion
- 9.8 Multiresolution Analysis
- 9.9 Aperture Filters
- 9.10 Relation to Pattern Recognition
- 9.11 Exercises
- 9.12 References
- Index.