Methods for the solution of boundary integral equations have changed significantly during
the last two decades. This is due, in part, to improvements in computer hardware, but more …

A review of different methods of solving for the solution of scattering by three-dimensional
objects is presented. There are two main classes of methods: one is for solving the …

A recently introduced technique of topology sensitivity in method of moments is extended by
the possibility of adding degrees of freedom (reconstruct) into the underlying structure. The …

A review of a recursive algorithm with a more succinct derivation is first presented. This
algorithm, which calculates the scattering solution from an inhomogeneous body, first …

The recursive aggregate interaction matrix algorithm (RAIMA) for calculating a wave
scattering solution is developed. This algorithm combines the strength of both the recursive …

The efficient analysis of multiple problems that only differ on a small portion of the entire
geometry is considered in this work. The method-of-moments (MoM) matrix is compressed …

Using the definition of recursive relations for the reflection operator for N strips or patches,
two easily programmable recursive algorithms are developed to calculate the …

The method based on the partitioned inverse matrix formula and the Sherman–Morrison–
Woodbury formula has been developed to solve the partial modification problems efficiently …

A truncated, nonuniform, finite array of strips does not have a closed form solution. Using
translational symmetry, a recursive algorithm that calculates the scattering solution with N …

In this paper, we present an efficient method for computing the solution to scattering
problems using a perturbation scheme based on the solution of related original problems …