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Preface | |
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Introduction | |
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Introduction and Background | |
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The Beginning of Space Age Remote Sensing | |
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The Fundamental Basis For Remote Sensing | |
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The Systems View And Its Interdisciplinary Nature | |
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The EM Spectrum and How Information Is Conveyed | |
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The Multispectral Concept and Data Representations | |
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Data Analysis and Partitioning Feature Space | |
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The significance of second-order variations | |
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Summary | |
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The Basics for Conventional Multispectral Data | |
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Radiation and Sensor Systems in Remote Sensing | |
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Introduction | |
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Radiation Teminology and Units | |
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Planck's Law and Black Body Radiation | |
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Solar Radiation | |
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Atmospheric Effects | |
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Sensor Optics | |
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Describing Surface Reflectance | |
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Radiation Detectors | |
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Sorting Radiation by Wavelength | |
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Multispectral Sensor Systems | |
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The development of multispectral sensor systems | |
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Summary | |
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Pattern Recognition in Remote Sensing | |
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The synoptic view and the volume of data | |
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What is a pattern? | |
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Discriminant Functions | |
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Training the Classifier: An Iterative Approach | |
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Training the Classifier: The Statistical Approach | |
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Discriminant Functions: The Continuous Case | |
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The Gaussian Case | |
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Other Types of Classifiers | |
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Thresholding | |
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On The Characteristics, Value, And Validity Of The Gaussian Assumption | |
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The Hughes Effect | |
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Summary to this point | |
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Evaluating The Classifier: Probability Of Error | |
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Clustering: Unsupervised Analysis | |
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The Nature of Multispectral Data in Feature Space | |
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Analyzing Data: Putting the Pieces Together | |
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An Example Analysis | |
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Additional Details | |
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Training a Classifier | |
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Classifier Training Fundamentals | |
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The Statistics Enhancement Concept | |
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The Statistics Enhancement Implementation | |
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Illustrations Of The Effect Of Statistics Enhancement | |
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Robust Statistics Enhancement | |
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Illustrative Examples Of Robust Expectation Maximation | |
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Some Additional Comments | |
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A Small Sample Covariance Estimation Scheme | |
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Results for Some Examples | |
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Hyperspectral Data Characteristics | |
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Introduction | |
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A Visualization Tool | |
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Accuracy vs. Statistics Order | |
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High-Dimensional Spaces: A Closer Look | |
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Asymptotical first and second order statistics properties | |
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High-dimensional implications for supervised classification | |
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Feature Definition | |
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Introduction | |
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Ad Hoc and Deterministic Methods | |
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Feature Selection | |
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Principal Components / Karhunen-Loeve | |
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Discriminant Analysis Feature Extraction (DAFE) | |
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Decision Boundary Feature Extraction (DBFE) | |
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Nonparametric Weighted Feature Extraction (NWFE) | |
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Projection Pursuit | |
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A Data Analysis Paradigm and Examples | |
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A Paradigm for Multispectral and Hyperspectral Data Analysis | |
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Example 1. A Moderate Dimension Example | |
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A Hyperspectral Example Exploring Limits and Limitations | |
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A Hyperspectral Example of Geologic Interest | |
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Hyperspectral Analysis of Urban Data | |
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Analyst Dependence and Other Analysis Factors | |
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Summary and Directions | |
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Hierarchical Decision Tree Classifiers | |
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Use of Spatial Variations | |
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Introduction | |
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Use of Texture Measures | |
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Further Evaluations of Texture Measures | |
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A Fresh Look at the Problem | |
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The Sample Classifier Concept | |
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The Per Field Classifier | |
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Finding the Boundaries of Fields | |
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The Design of the ECHO Classifier | |
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Sample Classification | |
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Test of the Algorithm | |
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Noise in Remote Sensing Systems | |
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Introduction | |
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Example: The Effects of Noise | |
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A Noise Model | |
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A Further Example of Noise Effects | |
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A Signal and Noise Simulator | |
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Multispectral Image Data Preprocessing | |
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Introduction | |
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Radiometric Preprocessing | |
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Geometric Preprocessing | |
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Goniometric Effects | |
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An Outline of Probability Theory | |
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Exercises | |
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Index | |