Radar Imaging of Airborne Targets: A Primer for Applied Mathematicians and Physicists presents the issues and techniques associated with radar imaging from a mathematical point of view rather than from an instrumentation perspective.
Radar Imaging of Airborne Targets: A Primer for Applied Mathematicians and Physicists presents the issues and techniques associated with radar imaging from a mathematical point of view rather than from an instrumentation perspective.
PREFACE INTRODUCTION Brief History of Radar Contemporary Issues in Radar Imaging Overview RADAR FUNDAMENTALS Radar Signals Radiation Condition The Radar Equation Atmospheric Windows Radar Data The Ambiguity Function Radar Measurement Systems SCATTERING MODELS The Magnetic Field Integral Equation for a Perfect Conductor The Weak Scatterer and High-Frequency Limits Dielectric Scatterers The (Approximate) Radar Scattering Model ONE-DIMENSIONAL IMAGING Range Profiles Ill-Posed Problems and Regularization Resolution Improvement Methods Bayesian Methods Model-Based Resolution Improvement TWO-DIMENSIONAL IMAGING The Basic Imaging Equation Data Errors Resolution Improvement Signal Diversity Radar MODEL ERRORS AND THEIR EFFECTS Template-Based ATR Unresolved Scatterers and Scintillation Non-Weak and Dispersive Scatterers Corrective PSF Ducts and Cavities THREE-DIMENSIONAL IMAGING Angle Tracking, Scintillation and Glint Angle-of-Arrival Imaging High-Frequency Zeros Statistical Methods OTHER METHODS Resonant-Frequency Poles Polarization Target Structure-Induced Modulations Wide Band Radar Future Efforts APPENDIX: ILL-POSED PROBLEMS Compactness of a Set and Compact Operators Singular Value Decomposition Least-Squares Solutions and Ill-Posedness BIBLIOGRAPHY INDEX Each chapter contains References.
PREFACE INTRODUCTION Brief History of Radar Contemporary Issues in Radar Imaging Overview RADAR FUNDAMENTALS Radar Signals Radiation Condition The Radar Equation Atmospheric Windows Radar Data The Ambiguity Function Radar Measurement Systems SCATTERING MODELS The Magnetic Field Integral Equation for a Perfect Conductor The Weak Scatterer and High-Frequency Limits Dielectric Scatterers The (Approximate) Radar Scattering Model ONE-DIMENSIONAL IMAGING Range Profiles Ill-Posed Problems and Regularization Resolution Improvement Methods Bayesian Methods Model-Based Resolution Improvement TWO-DIMENSIONAL IMAGING The Basic Imaging Equation Data Errors Resolution Improvement Signal Diversity Radar MODEL ERRORS AND THEIR EFFECTS Template-Based ATR Unresolved Scatterers and Scintillation Non-Weak and Dispersive Scatterers Corrective PSF Ducts and Cavities THREE-DIMENSIONAL IMAGING Angle Tracking, Scintillation and Glint Angle-of-Arrival Imaging High-Frequency Zeros Statistical Methods OTHER METHODS Resonant-Frequency Poles Polarization Target Structure-Induced Modulations Wide Band Radar Future Efforts APPENDIX: ILL-POSED PROBLEMS Compactness of a Set and Compact Operators Singular Value Decomposition Least-Squares Solutions and Ill-Posedness BIBLIOGRAPHY INDEX Each chapter contains References.
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