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Preface | |
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Introduction | |
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Acknowledgments | |
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Tracking Problems | |
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Tracking a Single Target | |
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Tracking a Surface Ship | |
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Submarine Versus Submarine Tracking | |
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Periscope Detection and Tracking | |
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Tracking Multiple Targets | |
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Tracking Aircraft | |
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Underwater Surveillance | |
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Classification of Tracking Systems | |
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Target Assumptions | |
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Information Assumptions | |
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Emphasis | |
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References | |
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Bayesian Inference and Likelihood Functions | |
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The Case for Bayesian Inference | |
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The Likelihood Function and Bayes' Theorem | |
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The Likelihood Function | |
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Bayes' Theorem | |
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Examples of Likelihood Functions | |
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A Gaussian Contact Model | |
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A Gaussian Bearing-Error Model | |
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Combining Bearing and Contact Data | |
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A Signal-Plus-Noise Model | |
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Negative Information | |
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Positive Information | |
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Radar and Infrared Detection | |
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References | |
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Single Target Tracking | |
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Bayesian Filtering | |
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Recursive Bayesian Filtering | |
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Recursive Bayesian Prediction and Smoothing | |
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Kalman Filtering | |
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Discrete Kalman Filtering | |
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Continuous-Discrete Kalman Filtering | |
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Discrete Bayesian Filtering | |
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Nodestar Implementation | |
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Correlated-Bearing Likelihood Function | |
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Three-Dimensional Bearing Likelihood Function | |
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Detection-No Detection Likelihood Function | |
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Land Avoidance Likelihood Function | |
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Elliptical Contact Likelihood Function | |
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ELINT Likelihood Function | |
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References | |
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Classical Multiple Target Tracking: Multiple Hypothesis Tracking | |
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Multiple Target Tracking Problem | |
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Multiple Target Motion Model | |
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Multiple Target Likelihood Functions | |
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Contacts, Scans, and Association Hypotheses | |
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Scan and Data Association Likelihood Functions | |
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General Multiple Hypothesis Tracking | |
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Conditional Target Distributions | |
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Association Probabilities | |
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General MHT Recursion | |
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Association Probabilities for Gaussian Distributions | |
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Association Probabilities for Non-Gaussian Distributions | |
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Joint Association of Multiple Attribute Observations | |
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Summary of Assumptions for General MHT Recursion | |
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Independent Multiple Hypothesis Tracking | |
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Conditionally Independent Scan Association Likelihood Functions | |
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Independent MHT Recursion | |
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Linear Gaussian Multiple Hypothesis Tracking | |
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Example of Nonlinear MHT | |
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Description of Tracking Problem | |
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Operation of Tracker | |
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Tracker Output | |
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Notes | |
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References | |
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Multiple Target Tracking Without Contacts or Association | |
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Unified Tracking Model | |
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Multiple Target Motion and Likelihood Function Assumptions | |
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Posterior Distribution | |
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Unified Tracking Recursion | |
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Summary of Assumptions for Unified Tracking Recursion | |
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Relationship of Unified Tracking to Multiple Hypothesis Tracking | |
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MHT is a Special Case of Unified Tracking | |
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Extensions of MHT | |
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Applications of Unified Tracking | |
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Examples for Which Association is Meaningful | |
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Examples for Which Association is Not Meaningful | |
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An Example With an Unknown Number of Targets | |
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Relationship of Unified Tracking to Other Tracking Algorithms | |
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References | |
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Likelihood Ratio Detection and Tracking: Theoretical Foundations | |
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Basic Definitions and Relations | |
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Likelihood Ratio | |
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Measurement Likelihood Ratio | |
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Likelihood Ratio Recursion | |
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Log-Likelihood Ratios | |
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Declaring a Target Present | |
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Example of Likelihood Ratio Detection and Tracking | |
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Simulated Detection and Tracking Results | |
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Comparison to Matched Filter Detection | |
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Measurement Likelihood Ratios | |
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Additive Target Effects in Gaussian Noise | |
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Modification for Random Target Strength | |
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Maximum Likelihood for Unknown Target Strength | |
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Designing for a Marginally Detectable Target | |
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Additive Target Effects in Multivariate Gaussian Noise | |
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Targets With Additive Small Signals | |
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Additive Target Effects in Complex Gaussian Noise | |
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Variance Modifying Targets in Gaussian Noise | |
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Targets Modifying the Mean and Covariance of Gaussian Data | |
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Exponential Distributions | |
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Thresholded Data | |
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Binomial Distributions: M of N Test Statistics | |
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Dealing with Nuisance Parameters | |
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Models of Likelihood Ratio Propagation | |
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Transitions to and from the Null State | |
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Continuous Transition Models Within the State Space | |
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Discrete Transition Models Within the State Space | |
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Deterministic Evolutions | |
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State Entropy and Information Measures | |
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Some Theorems Regarding Measurement Log-Likelihood Ratios | |
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Information and Entropy in State Propagation | |
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References | |
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Likelihood Ratio Detection and Tracking: Implementation Issues | |
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Framework for Limiting False Alarms | |
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Measurement Likelihood Ratios in the Presence of Noise Only | |
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False Alarm Rate and Target Detection Rate Relations | |
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Likelihood Ratio Density in the Presence of Noise Only | |
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Performance Prediction Methodology | |
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Approximate Determination of Detection Performance | |
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The Role of Motion Updates | |
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The Role of the Information Updates | |
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The Role of Averaging or Cell Formulations | |
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Numerical Implementation of Likelihood Ratio Trackers | |
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Sampled Field Approach | |
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Cell-Based Approach | |
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Kalman-Like Approach | |
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Appendix | |
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About the Authors | |
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Index | |