Medical microwave imaging (MMWI) is a multidisciplinary task that requires precise
electromagnetic modeling of heterogeneous human tissues, solving non-linear and ill-posed …

Detailed formulation of a simple Galerkin method of moments (MoM) is presented. It is based
on compact closed-form expressions of mutual impedance among filamentary sinusoidal …

Implementation of max-ortho basis functions is proposed in a method for analysis of axially
symmetric metallic antennas based on exact kernel of electric field integral equation in …

This article presents a macro basis function (MBF) formulation for efficient method of
moments (MoM) modelling of conducting wires with appreciable thickness. General surface …

An approach to singularity cancelation by a variable transformation of Green's function in 2-
D case, having log () singularity, is outlined. It is intended for the method of moments …

A novel high-precision model of a custom-made coaxial chamber used for broadband
measurement of the relative complex permittivity at microwave frequencies is presented. The …

We present coordinate transformations that cancel logR, 1/R, and 1/R^2 singularities
encountered in electromagnetic analysis of bodies of revolution and two-dimensional …

The core of a microwave imaging (MWI) simulation environment is general-purpose three-
dimensional (3D) electromagnetic (EM) software. For this purpose, we use the solver WIPL …

Proper implementation of max-ortho bases enables effective usage of ultra high order basis
functions. Significance of ultra high order bases is demonstrated in the case of p-refinement …

Polynomial higher order basis functions defined over quadrilaterals are regularly used with
patches of maximum edge up to 2λ and expansion order up to n= 8. In this paper it is …