MIMO Radar: Theory and Application

Intro
 MIMO Radar: Theory and Application
 Contents
 Preface
 1 Introduction
 References
 2 Signal Processing Prerequisites
 2.1 Radar Signals and Orthogonal Waveforms
 2.2 Matched Filtering
 2.3 Multichannel Beamforming
 2.4 Doppler Processing
 References
 3 Introduction to MIMO Radar
 3.1 MIMO Radar Signal Model
 3.2 Unique MIMO Antenna Properties
 3.3 MIMO Radar System Modeling
 3.4 MIMO Waveform Alternatives
 3.5 MIMO Signal Processing
 3.6 Site-Specific Simulation Example
 3.7 MIMO Implementation Issues and Challenges
 3.7.1 Computational Complexity 3.7.2 Adaptive Clutter Mitigation Challenges3.7.3 Calibration and Equalization Issues
 3.7.4 Hardware Challenges and Constraints
 References
 Selected Bibliography
 4 MIMO Radar Applications
 4.1 GMTI Radar Introduction
 4.2 Low-Cost GMTI MIMO Radar
 4.3 Maritime Radar Mode
 4.4 OTH Radar
 4.5 Automotive Radar
 References
 Selected Bibliography
 5 Introduction to Optimum MIMO Radar
 5.1 Theory of Optimum MIMO Radar for Detection
 5.2 Optimum MIMO Radar in Clutter
 5.3 Optimum MIMO Radar for Target ID
 References
 6 Adaptive MIMO Radar and MIMO Channel Estimation 6.1 Introduction to Adaptive MIMO Radar6.2 MIMO Channel Estimation Techniques
 6.3 Application to Large Clutter Discrete Mitigation
 6.4 Summary
 References
 7 Advanced MIMO Analysis Techniques
 7.1 Site-Specific Simulation Background
 7.2 Adaptive Radar Simulation Results
 7.3 Site-Specific Clutter Variability and Statistics
 7.4 Optimal Waveform Analysis
 7.5 Optimal MIMO Radar Analysis
 References
 Selected Bibliography
 8 Summary and Future Work
 Reference
 About the Authors
 Index