In this article, a novel 3-D imaging method based on the chirp scaling algorithm (CSA) is
proposed for millimeter-wave near-field imaging. We deduce the theoretical formula of CSA …

We present a novel real-time image reconstruction method processing linear frequency
modulated (LFM) signals. The method exploits the principles of the Fourier-space scattered …

Recently, deep learning schemes have been widely used in electromagnetic society.
However, different from traditional methods constrained by physics models, the predicted …

The use of electromagnetic waves at microwave and millimeter-wave (mm-wave)
frequencies in imaging has been growing rapidly in the last two decades with applications in …

Calibration measurements play a crucial role in improving the accuracy of both qualitative
and quantitative microwave imaging. Ideally, in 3-D near-field imaging, a calibration …

A novel image-reconstruction method is proposed for the processing of data acquired at
random spatial positions. The images are reconstructed and updated in real time …

In this article, a novel linear and efficient multitransmitter sparse inversion algorithm, termed
Multitask Focal Underdetermined System Solver (MT-FOCUSS), is proposed and first …

The quest for possible uses of microwave imaging for medical purposes follows a sequence
that involves first identifying potential biomedical applications. The goal of this first task is to …

The sub-aperture real-time imaging scheme proposed in this paper adopts parallel
architecture and processing method. This scheme is divided into three processing …

This book commemorates five decades of research by Professor Magdy F. Iskander (Life
Fellow IEEE) on materials and devices for the radiation, propagation, scattering, and …