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Computer Vision and Fuzzy-Neural Systems
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Computer Vision and Fuzzy-Neural Systems

Computer Vision and Fuzzy-Neural Systems

Arun D. Kulkarni

509 pages, parution le 01/06/2001

Résumé

Recent advances in neural networks and fuzzy logic are transforming the field of computer vision, making it possible for computer vision applications to learn much as the brain does, and to handle the real world's imprecise visual data far more effectively. Now, Dr. Arun D. Kalkarni brings together the field's latest research and applications, offering the first comprehensive tutorial and reference for every computer vision researcher and developer.

Kulkarni starts by reviewing the fundamentals of computer vision, and the stages of a computer vision system. He shows how these stages have traditionally been implemented via statistical techniques; then introduces approaches that incorporate neural networks, fuzzy inference systems, and fuzzy-neural network models. Kulkarni introduces pre-processing techniques such as radiometric or geometric corrections; feature extraction; supervised and unsupervised classification; associative memories; and other key techniques for improving the accuracy and performance of computer vision systems. Finally, the book includes thorough coverage of key computer vision applications, including remote sensing, medical image processing, data compression, data mining, character recognition, and stereovision. The accompanying CD-ROM contains an extensive library of MATLAB command files, test images from Kodak and Space Imaging, and more.

For engineers, scientists, programmers, and other professionals working in computer vision, remote sensing, character recognition, data compression, medical and law enforcement applications, and related fields.

Features:

  • CD-ROM-Includes some test images from Kodak and Space Imaging, MATLAB command files for some illustrative examples, and a display program.
    • Makes the text suitable for hands-on experience and self-study.
  • Detailed tutorials, hands-on exercises, real-world examples, and proven algorithms.
    • Makes this book the first complete guide to applying fuzzy-neural systems in computer vision.
  • New computer vision techniques-Based on neural networks, fuzzy inference systems, and fuzzy-neural network models.
    • Goes beyond traditional implementation of computer vision via statistical techniques.
Contents
Preface
1: Introduction
Introduction
Computer Vision
Neural Network Models
Fuzzy Logic Techniques
Fuzzy Neural Systems
Summary
Outline
References
Exercises
2: Computer Vision Fundamentals
Introduction
Human Vision System
Perception
Input-Output Devices
Camera Models
Sampling And Quantization
Preprocessing Techniques
Image Transforms
Feature Extraction And Recognition
Summary
References
Exercises
3: Fuzzy Logic Fundamentals
Introduction
Fuzzy Sets And Membership Functions
Logical Operations And If-Then Rules
Fuzzy Inference System
Defuzzification
Fuzzy Set Representation With A Cube
Hedges
Fuzzy Systems As Function Approximators
Extraction Of Rules From Sample Data Points
Fuzzy Basis Functions
Design And Implementation Of A Fuzzy Inference System
Summary
References
Exercises
4: Neural Network Fundamentals
Introduction
Neuron Representation
Perception
Linear Networks
Single-Layer Networks With Nonlinear Transfer Functions
Backpropagation
Kohonen Feature Maps
Competitive Learning
Hopfield Networks
Counterpropagation Network
Summary
References
Exercises
5: Preprocessing
Introduction
Gray-Level Histogram
Point Operations
Filtering Techniques
Noise Removal Techniques
Mathematical Morphology
Edge Detection Techniques
Neural Network Models For Brightness Perception And Boundary Detection
Image Restoration
Geometric Corrections And Registration
Interpolation
Summary
References
Exercises
6: Feature Extraction
Introduction
Segmentation And Shape Descriptors
Moment Invariants
Feature Extraction Using Orthogonal Transforms
Neural Network Models For Ft Domain Feature Extraction
Neural Network Model For Wht Domain Feature Extraction
Invariant Feature Extraction Using Adaline
Texture Features
Neural Network Models For Texture Analysis
Summary
References
Exercises
7: Supervised Classifiers
Introduction
Discriminant Functions
Minimum Distance Classifiers
Bayes Classifier
Tree Classifiers
Neural Network Models For Classification
Fuzzy Neural Network Models
Summary
References
Exercises
8: Unsupervised Classifiers
Introduction
Conventional Clustering Techniques
Self-Organizing Networks
Fuzzy C-Means Clustering
Fuzzy Neural Network Models For Clustering
Summary
References
Exercises
9: Associative Memories
Introduction
Discrete Autocorrelator
Discrete Bidirectional Associative Memory
Bidirectional Associative Memories With Multiple Input-Output Patterns
Optimal Associative Memory
Selective Reflex Memory
Temporal Associative Memory
Counterpropagation Networks As Associative Memory
Fuzzy Associative Memory
Computer Vision Applications
Summary
References
Exercises
10: Applications
Introduction
Remote Sensing
Medical Image Processing
Image Data Compression
Data Mining And Computer Vision
Biometric Applications
Character Recognition
Knowledge-Based Pattern Recognition
Stereo Vision
Summary
References
Exercises
Index
About The Author
About The CD-ROM

Caractéristiques techniques

  PAPIER
Éditeur(s) Prentice Hall
Auteur(s) Arun D. Kulkarni
Parution 01/06/2001
Nb. de pages 509
Format 18 x 24
Couverture Relié
Poids 1012g
Intérieur Noir et Blanc
EAN13 9780135705995

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