A comprehensive and updated overview of the theory, algorithms and applications of for
electromagnetic inverse scattering problems Offers the recent and most important advances …

This paper investigates an approach to inverse scattering problems based on the integration
of the subspace-based optimization method (SOM) within a multifocusing scheme in the …

A novel approach for three-dimensional electromagnetic imaging is presented. This
technique is a combination of an iterative multiscaling approach with an inexact-Newton …

Various natural and artificial materials are anisotropic. The inverse scattering problem of
anisotropic scatterers is widely involved in oil detection, nondestructive evaluation of …

At high frequencies, phase measurement is difficult to meet the accuracy required for
imaging, and it is more susceptible to noise pollution. Consequently, it is important to …

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 …

Subspace techniques have been introduced in the framework of contrast source (CS)
extended born (CSEB) model, for improving its reconstruction capabilities. Two techniques …

An approach to reconstruct buried objects is proposed. It is based on the integral equations
of the electromagnetic inverse scattering problem, written in terms of the Green's function for …

Oil and gas constitute a significant part of marine resources, whose exploration and
production routinely rely on geophysical seismic data to improve existing databases …

An inverse scattering approach based on the field equivalence principle is developed for
reconstructing medium parameters of a scattering object. A problem equivalent to the …