Microwave imaging (MWI) is a non-ionizing, non-invasive and an upcoming affordable
medical imaging modality. Over the last few decades, MWI has invited active research …

This article presents the design of a novel low-profile ultrawideband textile antenna for
wearable microwave medical imaging systems. The proposed antenna is based on a …

In the last five years alone, there has been an increasing number of operational microwave
breast imaging systems used in clinical trials, with increasingly large and diverse patient …

Synthetic microwave focusing methods have been widely adopted in qualitative medical
imaging to detect and localize anomalies based on their electromagnetic scattering …

This work presents a systematic evaluation of the effectiveness of an air-operated
microwave imaging (MWI) system for the detection of arbitrarily oriented thin fractures in …

Manipulating the wavefront in complex scattering environments has become imperative for
various applications. Here, we propose a time-reversal interpolation metasurface to achieve …

To overcome the multipath interference in locating transient electromagnetic (EM) radiation
sources in an indoor environment, we propose a criterion that calculates the correlation …

In the conventional time-domain ultra-wideband (UWB) imaging in the GHz range, the
received signal is sampled and digitized at a very high rate of tens of GHz. This complicates …

The accurate location of radiated passive intermodulation (R-PIM) source activated by
antennas has become a tough problem in modern multicarrier wireless communication …

The time-reversal (TR) method has been proven effective in reconstructing sources due to its
spatiotemporal focusing properties. Much work so far on the topic has been conducted with …