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Markov Random Field Modeling in Image Analysis

Markov Random Field Modeling in Image Analysis

von: Stan Z. Li

Springer Verlag London Limited, 2009

ISBN: 9781848002791, 372 Seiten

3. Auflage

Format: PDF, OL

Mac OSX,Windows PC Apple iPad, Android Tablet PC's Online-Lesen für: Linux,Mac OSX,Windows PC

Preis: 71,64 EUR

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Markov Random Field Modeling in Image Analysis


 

Foreword by Anil K. Jain

7

Foreword by Rama Chellappa

9

Preface to the Third Edition

11

Preface to the Second Edition

12

Preface to the First Edition

13

Contents

15

Introduction

20

1.1 Labeling for Image Analysis

22

1.2 Optimization-Based Approach

27

1.3 The MAP-MRF Framework

32

1.4 Validation of Modeling

37

Mathematical MRF Models

40

2.1 Markov Random Fields and Gibbs Distributions

40

2.2 Auto-models

49

2.3 Multi-level Logistic Model

51

2.4 The Smoothness Prior

53

2.5 Hierarchical GRF Model

56

2.6 The FRAME Model

56

2.7 Multiresolution MRF Modeling

59

2.8 Conditional Random Fields

62

2.9 Discriminative Random Fields

63

2.10 Strong MRF Model

64

2.11 K-MRF and Nakagami-MRF Models

65

2.12 Graphical Models: MRF’s versus Bayesian Networks

66

Low-Level MRF Models

68

3.1 Observation Models

69

3.2 Image Restoration and Reconstruction

70

3.3 Edge Detection

79

3.4 Texture Synthesis and Analysis

84

3.5 Optical Flow

90

3.6 Stereo Vision

93

3.7 Spatio-temporal Models

95

3.8 Bayesian Deformable Models

97

High-Level MRF Models

110

4.1 Matching under Relational Constraints

110

4.2 Feature-Based Matching

117

4.3 Optimal Matching to Multiple Overlapping Objects

132

4.4 Pose Computation

140

4.5 Face Detection and Recognition

146

Discontinuities in MRF’s

148

5.1 Smoothness, Regularization, and Discontinuities

149

5.2 The Discontinuity Adaptive MRF Model

155

5.3 Total Variation Models

165

5.4 Modeling Roof Discontinuities

170

5.5 Experimental Results

175

MRF Model with Robust Statistics

179

6.1 The DA Prior and Robust Statistics

180

6.2 Experimental Comparison

191

MRF Parameter Estimation

200

7.1 Supervised Estimation with Labeled Data

201

7.2 Unsupervised Estimation with Unlabeled Data

216

7.3 Estimating the Number of MRF’s

227

7.4 Reduction of Nonzero Parameters

230

Parameter Estimation in Optimal Object Recognition

232

8.1 Motivation

232

8.2 Theory of Parameter Estimation for Recognition

234

8.3 Application in MRF Object Recognition

245

8.4 Experiments

251

8.5 Conclusion

258

Minimization – Local Methods

259

9.1 Problem Categorization

259

9.2 Classical Minimization with Continuous Labels

262

9.3 Minimization with Discrete Labels

263

9.4 Constrained Minimization

278

9.5 Augmented Lagrange-Hopfield Method

283

Minimization – Global Methods

288

10.1 Simulated Annealing

289

10.2 Mean Field Annealing

291

10.3 Graduated Nonconvexity

294

10.4 Graph Cuts

300

10.5 Genetic Algorithms

304

10.6 Experimental Comparisons

312

10.7 Accelerating Computation

325

References

330

List of Notation

366

Index

368