This review article describes recent advances we have made over the last decade in the
field of microwave analog to light scattering experiments and provides trends that we …

In this paper, a system for microwave breast tumor detection is presented using iteratively
corrected coherence factor delay and sum (CF-DAS) algorithm. CF-DAS is data …

The multiplicatively regularized Gauss-Newton inversion (GNI) algorithm is enhanced and
utilized to obtain complex permittivity profiles of biological objects-of-interest. The microwave …

A fully automatic time-domain measurement system for ultra-wideband (UWB) microwave
imaging is presented. The system uses a pair of movable antennas to transmit and receive …

An innovative nonlinear inverse scattering approach in variable exponent Lebesgue spaces
is proposed for microwave imaging purposes. The main objective of the approach is to …

In the laboratory, the density of pavement cores (cylindrical samples of hot mix asphalt
(HMA) material taken from roads) is assessed using an electromagnetic (EM) bench …

We introduce a new imaging technique that integrates the inexact Newton method into a
multifocusing scheme within the contrast-source formulation of the inverse scattering …

In this paper, a microwave imaging method able to inspect three-dimensional configurations
is proposed. The approach is developed in L Banach spaces, and allows to suitably face the …

Scaled analog measurements in electromagnetic and light scattering are still a powerful tool
when it comes to perform controlled experimental simulations, as well as to address issues …

A sparse planar array often suffers from the strong grating-lobes that deteriorate inversion
performance due to spatial undersampling. In this article, a diffraction tomography (DT) …