In the last decade, a new dawn for research on microwave imaging (MI) has been observed
in the medical domain specially in the breast cancer diagnosis, since it offers many …

The objective of this paper is to develop a wearable circular UWB MIMO antenna array,
consisting of four elements, that is capable of detecting and locating tumor cells within a …

Breast cancer is a major killer of women worldwide and one of the leading causes of death
overall. It involves the progressive abnormal growth of breast tissue which, if detected at an …

In this paper, a modern and effective approach with high resilience for microwave imaging of
breast tumor detection using 12 antennas is presented. The proposed antenna array …

Introduction The different phases of a woman's life, such as the reproductive phase and
menopause, are points of great hormonal oscillation, especially estrogen and progesterone …

In this paper the design and experimental characterization of a coplanar waveguide-feed
planar inverted F antenna for wearable personal communications are presented. The …

This work proposes a wideband and unidirectional antenna consisting of dual layer of
coplanar waveguide based on the circular parasitic element technique. The design …

Radar based microwave imaging system is proposed and used for breast cancer detection.
Tumour location can be detected based on high dielectric differences between tumour and …

Several diagnostic methods are currently used for providing data about the existence of
breast cancer. The aim of this work is to propose a new method of diagnosis using …

In this paper, four wearable UWB antennas are designed to detect and locate tumor cells
placed within a heterogeneous phantom at different positions. The proposed antenna is …