Microwave imaging has recently drawn increasing attention due to its potential for rapid
stroke diagnosis using this low-cost, and non-ionizing modality. Besides, this modality can …

This article describes a microwave tomographic approach for the quantitative imaging of
brain stroke inside the human head. For the acquisition of the scattered-field information, a …

Some of the techniques and algorithms that we have used to enhance the achievable
quantitative accuracy and resolution from the three microwave tomography systems of the …

A conjugate-gradient-based regularization technique in L p Banach spaces, in conjunction
with an inexact-Newton solving scheme, is presented in this paper. The proposed method is …

Objective: This paper proposes a novel microwave imaging (MWI) multifrequency technique,
which combines compressive sensing (CS) with the well-known distorted Born iterative …

The evolution of the electromagnetic imaging technology that has enabled the quantitative
imaging of the complex-valued permittivity of grains stored in silos is reviewed. The main …

The clinical use of microwave tomography (MT) requires addressing the significant
mismatch between simulated environment, which is used in the forward solver, and real-life …

The multiplicatively regularized Gauss-Newton inversion (GNI) algorithm is enhanced and
utilized to obtain complex permittivity profiles of biological objects-of-interest. The microwave …

Microwave holography requires knowledge of the incident field and the Green tensor of the
background medium. In near-field imaging, analytical models of these are inadequate and …

Microwave (or electromagnetic) imaging systems seek a quantitative reconstruction of the
target permittivity. Such systems require calibration of the raw-parameter data. This …