Meter-Wave Synthetic Aperture Radar for Concealed Object Detection

Meter-Wave Synthetic Aperture Radarfor Concealed Object Detection
Contents
Foreword
Acknowledgment
1 This Book: Why and How
	References
2 Scattering of Very High Frequency/Ultrahigh Frequency Radar Signals
	2.1 Introduction
	2.2 Basic Laws of Electromagnetism
	2.3 Homogeneous Media
	2.4 Media Discontinuities: Media Divided by a Flat Boundary
	2.5 Nonflat Media Discontinuities
	2.6 Ground Reflectivity
	2.7 Generic Objects
	References
3
Meter Wavelength Synthetic Aperture Radar
	3.1 Introduction
	3.2 Useful Bandwidth
	3.3 SAR Imaging Principles
	3.4 Comparison With Collected SAR data
	3.5 SAR Imaging of Moving Objects
	References
4
Meter Wavelength SAR System Design
	4.1 Low-Frequency SAR Design Aspects
	4.2 Characterization of Additive Noise
	4.3 Antenna System Basics
	4.4 Waveforms
	4.5 Emission Adaptation
	References
5
Meter Wavelength SAR Processing
	5.1 Introduction
	5.2 FFBP Method
	5.3 Explicit Treatment of Base 2 FFBP
	5.4 Sensitivity to Motion Errors
	5.5 Motion Estimation Methods
	References
6
Multidata Target Detection
	6.1 Introduction
	6.2 Bayesian Change Detection
	6.3 Covariance Moving Target Extraction
	6.4 Polarimetric Subsurface Imaging
	References
About the Author
Index