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

Radar imaging is a subject of tremendous mathematical richness, with many interesting
applications and many challenging open problems that are of a mathematical nature. Yet the …

In microwave tomography, the underlying scattering phenomenon is often linearized to
retrieve the associated induced currents maps. These maps are then summed together to …

This paper describes in detail different formulations of the inverse-source problem, whereby
equivalent sources and/or fields are to be computed on an arbitrary 3-D closed surface from …

A new method for predicting the far-field radiated emissions and for finding the radiation
sources of a device from near-field measurements is presented. It is based on the …

This paper concerns the inverse source problems for the time-harmonic elastic and
electromagnetic wave equations. The goal is to determine the external force and the electric …

This paper investigates information-theoretic characterization, via Shannon's information
capacity and number of degrees of freedom, of wave radiation (antenna) and wireless …

The inverse source problem for a 2-D geometry is considered in the circular geometry. The
mathematical relationship between the radiated pattern and the source current is …

This paper concerns the source scattering problems for acoustic wave propagation, which is
governed by the two-or three-dimensional stochastic Helmholtz equation. As a source, the …

The scalar wave inverse source problem (ISP) of determining an unknown radiating source
from knowledge of the field it generates outside its region of localization is investigated for …