Due to the capability of achieving high resolution images of moving targets (aircrafts, satellites, vessels, etc. Inverse synthetic aperture radar (ISAR) imaging is typically useful when there is a need to classify, recognize, or identify a moving target of interest. (2008) Wide-band pulse-echo imaging with distributed apertures in … xu et al. Autofocus is a key step of inverse synthetic aperture radar (ISAR) imaging.

Usually, it is a challenge to realize accurate MTRC correction on sparse aperture (SA) data, which tends to degrade the performance of translational motion compensation and SA-imaging. Terahertz inverse synthetic aperture radar (ISAR) imaging with a quantum cascade laser transmitter 1,*Andriy A. Danylov , Thomas M. Goyette 1, Jerry Waldman , Michael J. Coulombe , Andrew J. Gatesman 1, Robert H.Giles 1, Xifeng Qian 2, Neelima Chandrayan 2, Shivashankar Vangala 2, Krongtip Termkoa 2, William D. Goodhue 2, and William E. Nixon 3 1Submillimeter-Wave Technology … Inverse Synthetic Aperture Radar Imaging covers the more detailed image formation and auto-focusing algorithms as well as applications of these algorithms to real world ISAR imaging…

Based on the geometrical projection of 3D scattering centers on the line of radar sight, a new method of bistatic inverse synthetic aperture radar 3D Imaging is proposed. Introduction. (2008) Coherent interferometric imaging for synthetic aperture radar in the presence of noise.

This chapter presents some of the recent imaging applications based on inverse synthetic aperture radar (ISAR) imaging methodology.

In fact, an ISAR image highlights two-dimensional (2-D) geometric features of a target, which can provide indications of target's type, size, and … Abstract: In high-resolution radar imaging, the rotational motion of targets generally produces migration through resolution cells (MTRC) in inverse synthetic aperture radar (ISAR) images. Inverse Synthetic Aperture Radar Imaging with MATLAB® Algorithms begins with three chapters dedicated to Fourier analysis, radar fundamentals, and synthetic aperture radar. In this paper four new approaches to autofocussing based on the application of beamforming and subspace concepts to ISAR imaging are developed. In these cases, the target is … 3. Inverse Synthetic Aperture Radar (ISAR) images and perform near field transformations of the data to correct the phase curvature across the target region. Inverse Problems 24 :5, 055001. 1. In the method, Range-Doppler algorithm gives a sequence of 2D images of target during its motion, and 3D reconstruction of target geometry is completed by the factorization method. INVERSE SYNTHETIC APERTURE RADAR (ISAR) IMAGING : A NOVEL FINE RANGE PROFILE ALIGNMENT METHOD FOR AIR TARGET SLANT RANGE ROTATIONAL MOTION COMPENSATION E. D. Kallitsis, A. V. Karakasiliotis and P. V. Frangos National Technical University of Athens, School of Electrical and Computer Engineering, RADAR HARDWARE DESIGN The radar is configured as a very simple modular In synthetic aperture radar (SAR) imaging, a scene of interest is illuminated by electromagnetic waves. ), the Inverse Aperture Radar Imaging (ISAR) technique has been used for various civil and military applications [1,2,3].The Range Doppler (RD) algorithm [], which is supported by the 2D Fast Fourier Transform (FFT), is the most widely applied ISAR imaging algorithm. Inverse synthetic-aperture radar (ISAR) Radar imaging that uses a fixed antenna and a rotating target is called Inverse Synthetic-Aperture Radar (ISAR) [9, 19, 59, 79, 90, 106]. : ba yesian inverse synthetic aperture radar imaging 1153 evidence that the variance of complex Gaussian noise is equal to the sum of those of the real and imaginary parts. Inverse synthetic aperture radar imaging : principles, algorithms, and applications / This book focuses on how to generate high-resolution ISAR images of targets of interest and how to deal with factors that affect the process. Their relations to maximum likelihood (ML) estimation are identified. As a powerful signal processing tool for imaging moving targets, placing radar on a non-stationary platform (such as an aerostat) is a future direction of Inverse Synthetic Aperture Radar (ISAR) systems. This imaging scheme is typically used for imaging airplanes, spacecraft and ships. The radar achieves a range resolution of 4 inches at S-band and a sensitivity of -70 dBsm at a 30ft. Range.