The aim of this paper is to describe a Matlab toolbox, called μ-diff, for modeling and
numerically solving two-dimensional complex multiple scattering by a large collection of …

We design sources for the two-dimensional Helmholtz equation that can cloak an object by
cancelling out the incident field in a region, without the sources completely surrounding the …

We present an extension of the linear sampling method for solving the sound-soft inverse
scattering problem in two dimensions with data generated by randomly distributed small …

We are concerned with the acoustic scattering problem by many small rigid obstacles of
arbitrary shapes. We give a sufficient condition on the number M and the diameter a of the …

A nonlinear optimization method is proposed for the solution of inverse scattering problems
in the frequency domain, when the scattered field is governed by the Helmholtz equation …

The aim of this paper is to propose a new method to solve the inverse scattering problem.
This method works directly in the time-dependent domain, using the wave equation and …

We present an extension of the linear sampling method for solving the sound-soft inverse
acoustic scattering problem with randomly distributed point sources. The theoretical …

The methods to describe electromagnetic wave interaction with random and highly ordered
particulate media as applied to solve problems of optics, photonics, and optoelectronics are …

We consider the inverse scattering problem for time-harmonic acoustic waves in a medium
with pointwise inhomogeneities. In the Foldy–Lax model, the estimation of the scatterers' …

We deal with the electromagnetic wave propagation in the harmonic regime. We derive the
Foldy--Lax approximation of the scattered fields generated by a cluster of small conductive …