This paper studies the feasibility of a deep neural network (DNN) approach for bone fracture
diagnosis based on the non-invasive propagation of radio frequency waves. In contrast to …

With the increasing uptake of sport activities, onsite detection of associated knee injuries at
early stages is in high demand to avoid severe ligament tear and long treatment period …

This paper studies the feasibility of Microwave Imaging (MWI) for detection of fractures in
superficial bones like the tibia, using a simple and practical setup. First-responders could …

This article focuses on the computational design, prototype development, and experimental
validation of a compact microwave antenna for orthopedic applications in biomedical …

The high rate of knee injuries among athletes and other people and the need for early onsite
detection to avoid severe ligament tear highlight the necessity of a portable knee imaging …

Osteoporosis, a medical condition distinguished by the reduction of bone mineral density
and the consequent degradation of bone structure, poses significant health scrutiny …

This paper presents a novel miniaturized dual-polarized transceiver sensor system for
detecting fractures in human bone tissues. The system features a patch antenna and a …

In this work, a feasibility study for lung lesion detection through microwave imaging based
on Huygens' principle (HP) has been performed using multilayer oval shaped phantoms …

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 …

This work focuses on developing a 3D microwave imaging (MWI) algorithm based on
Huygens principle (HP). Specifically, a novel, fast MWI device (MammoWave) has been …