As the first book on through wall radar imaging, this text examines an emerging and important area of research and technology, appealing to both engineers and scientists. It offers theory, analyses, and experimentations and covers key research and development efforts in signal processing, array processing, EM modeling, antenna design, SAR, Doppler signature estimation, polar difference imaging and more. This book provides research findings, including real solutions to real problems. It also shows the impact of various types of walls on image resolution and quality and explores the various approaches to remove these effects.…mehr
As the first book on through wall radar imaging, this text examines an emerging and important area of research and technology, appealing to both engineers and scientists. It offers theory, analyses, and experimentations and covers key research and development efforts in signal processing, array processing, EM modeling, antenna design, SAR, Doppler signature estimation, polar difference imaging and more. This book provides research findings, including real solutions to real problems. It also shows the impact of various types of walls on image resolution and quality and explores the various approaches to remove these effects.
Dr. Moeness Amin is a professor in the Department of Electrical and Computer Engineering and the director of the Center for Advanced Communications for Villanova University. He has over 400 publications in the areas of wireless communications, time-frequency analysis, smart antennas, interference cancellation in broadband communication platforms, direction finding, GPS technologies, over-the-horizon radar, radar imaging, and channel equalizations.
Inhaltsangabe
Wall Attenuation and Dispersion. Antenna Elements, Arrays, and Systems for Through the Wall Radar Imaging. Beamforming for Through the Wall Radar Imaging. Image and Localization of Behind the Wall Targets Using Collocated and Distributed Apertures. Conventional and Emerging Waveforms for Detection and Imaging of Targets behind Walls. Inverse Scattering Approaches in Through the Wall Imaging. Through the Wall Microwave Building Tomography. Analytical Ray Methods for Through the Wall Radar Imaging. Synthetic Aperture Radar Techniques for Through the Wall Imaging. Impulse SAR and Its Application for Through the Wall Detection and Identification of People and Weapons. Through the Wall SAR for Characterization of Building Interior Structure Using Attributed Scattering Center Features. Detection Approaches in Through the Wall Radar Imaging. Detection of Concealed Targets in Through the Wall Imaging. Fast Acquisition and Compressive Sensing Techniques for Through the Wall Radar Imaging. Radar Micro Doppler Signatures for Characterization of Human Motion. Index.
Wall Attenuation and Dispersion. Antenna Elements, Arrays, and Systems for Through the Wall Radar Imaging. Beamforming for Through the Wall Radar Imaging. Image and Localization of Behind the Wall Targets Using Collocated and Distributed Apertures. Conventional and Emerging Waveforms for Detection and Imaging of Targets behind Walls. Inverse Scattering Approaches in Through the Wall Imaging. Through the Wall Microwave Building Tomography. Analytical Ray Methods for Through the Wall Radar Imaging. Synthetic Aperture Radar Techniques for Through the Wall Imaging. Impulse SAR and Its Application for Through the Wall Detection and Identification of People and Weapons. Through the Wall SAR for Characterization of Building Interior Structure Using Attributed Scattering Center Features. Detection Approaches in Through the Wall Radar Imaging. Detection of Concealed Targets in Through the Wall Imaging. Fast Acquisition and Compressive Sensing Techniques for Through the Wall Radar Imaging. Radar Micro Doppler Signatures for Characterization of Human Motion. Index.
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