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 …

Microwaves can safely and non-destructively illuminate and penetrate dielectric materials,
making them an attractive solution for various medical tasks, including detection, diagnosis …

This paper presents the experimental validation of a microwave imaging system for real-time
monitoring of brain stroke in the post-acute stage. The system exploits a low-complexity …

Stroke identification by means of microwave tomography requires a very accurate
reconstruction of the dielectric properties inside patient's head. This is possible when a …

A modified distorted Born iterative method (DBIM), which includes clustering of
reconstructed electrical properties (EPs) after certain iterations, is presented for brain …

Microwave imaging is one of the rapidly developing frontier disciplines in the field of modern
medical imaging. The development of microwave imaging algorithms for reconstructing …

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 …

In this paper, we present a new variational Born iterative method (VBIM) for real-time
microwave imaging (MWI) applications. The S-parameter volume integral equation and …

Brain injuries represent a critical situation, where both detection and monitoring should be
quick and accurate at the same time. Microwave techniques are thus gaining attention in the …

A novel two-step inverse-scattering technique is proposed for through-the-wall microwave
imaging. The approach is based on a regularization scheme developed in the framework of …