Numerical modelling of the interaction between electromagnetic fields (EMFs) and the
dielectrically inhomogeneous human body provides a unique way of assessing the resulting …

Cerebral temperature is one of the key indicators of fever, trauma, and physical activity. It
has been reported that the temperature of the healthy brain is up to 2° C higher than the core …

This paper addresses the design of passive and semi-passive transponder antennas for
radio frequency identification applications involving the human body as the object to be …

This paper presents a study of near-field radiometry for internal temperature measurements
of the human body. The radiometer has a Dicke architecture and operates in the 1.4-GHz …

In this study we present a design for a multi-frequency microwave radiometer aimed at
prolonged monitoring of deep brain temperature in newborn infants and suitable for use …

We present the modeling efforts on antenna design and frequency selection to monitor brain
temperature during prolonged surgery using noninvasive microwave radiometry. A tapered …

A multiple-frequency-dispersion reconstruction algorithm utilizing a Gauss-Newton iterative
strategy is presented for microwave imaging. This algorithm facilitates the simultaneous use …

This paper examines the utility of a wideband, physics-based model to determine human
core body or brain temperature via microwave radiometry. Pennes's bioheat equation is …

The development of contemporary complex technological systems prerequisites
interdisciplinary design and simulation methodologies. Such an approach is demonstrated …

The use of the Allan deviation for the analysis of signal noise and drift components is
considered in the context of microwave radiometry. The noise behaviour of two types of …