Rapid, on-the-spot diagnostic and monitoring systems are vital for the survival of patients
with intracranial hematoma, as their conditions drastically deteriorate with time. To address …

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

A head phantom for microwave investigations is developed. It consists of a skull bone with
realistic dielectric properties of cancellous and cortical bone. The skull phantom is filled with …

Mismatch between measurements and model used inside the inversion scheme represent a
critical point in subsurface electromagnetic imaging. In this paper, a time-domain strategy …

This thesis presents the development of a microwave imaging (MWI) system for medical
diagnostics, focusing on the design and optimisation of the antenna system. MWI technology …

We present modified antenna-like devices-applicators-for direct detection of internal
inhomogeneities such as breast tumours and brain haemorrhages, at a frequency about 1 …

This paper concerns the problem of data inversion in microwave imaging for biomedical
applications. In particular, the integral equations of the inverse scattering problem are solved …

Hitherto described microwave modalities for detection of internal inhomogeneities in human
tissues such as breasts and heads are by image reconstruction, requiring time-consuming …

The objective of this paper is to study the effect and suitability of directionality in near-field
microwave head imaging system. To that end, the near-field performances of directional and …

This paper presents a tomographic inverse scattering algorithm based on an iterative
regularization approach developed in L p Banach spaces. The proposed technique has …