This paper introduces a new windowed Green function (WGF) method for the numerical
integral-equation solution of problems of electromagnetic scattering by obstacles in the …

In characterizing ground surface clutter as relevant to forward-looking radar applications, a
finite-difference time-domain (FDTD)-based solver is proposed to study dielectric surface …

Radar scattering from ocean surfaces is investigated by 3-D numerical solution of Maxwell's
equations [numerical Maxwell's model in 3-D (NMM3D)] using the ocean surface profiles …

The parabolic equation is an efficient numerical solution for electromagnetic wave
propagation. In order to address the difficulties in predicting electromagnetic wave …

This thesis concerns development of efficient high-order boundary integral equation
methods for the numerical solution of problems of acoustic and electromagnetic scattering in …

We present a boundary integral method for the solution of the rigorous problem of
microwave scattering from finite conductivity sea surfaces under grazing illumination …

For scattering problems of time-harmonic waves, the boundary integral equation (BIE)
methods are highly competitive since they are formulated on lower-dimension boundaries or …

Based on the perfectly matched layer (PML) technique, this paper develops a highly
accurate boundary integral equation (BIE) solver for acoustic scattering problems in locally …

This paper proposes a new boundary integral equation (BIE) methodology based on the
perfectly matched layer (PML) truncation technique for solving the electromagnetic …

This paper is devoted to scattering from a canonical object above a sea-like one-
dimensional rough surface (two-dimensional problem). Such a problem involves a high …