In this paper, we review our recent experimental studies todevelop a non-invasive blood glucose monitoring system at mm-wave frequencies. A robust 60 GHz radar system is used todifferentiate between hemoglobin samples of disparate glucoseconcentrations through detecting minute changes in theirdielectric properties. A new-developed dielectric assessmentsystem (DAK) is used to characterise the electromagneticproperties of the tested samples and identify the amount ofchange in these parameters at different concentrations of interest
Millimetre-wave frequencies are promising for sensitive detection of glucose levels in the blood, wh...
This paper discusses about estimation of glucose concentration in blood using a Triple pole Compleme...
Monitoring glycemia levels in people with diabetes has developed rapidly over the last decade. A bro...
A novel sensing approach is presented for glucose levelmonitoring where a robust low-power millimete...
This paper reviews non-invasive blood glucose measurements via dielectric spectroscopy at microwave ...
Blood glucose monitoring is a primary tool for the care of diabetic patients. At present, there is n...
To reduce the pain and the probability of cross-infection caused by the invasive blood glucose testi...
Blood glucose monitors are critical to diabetes management. Many new noninvasive measurement techniq...
International audienceThis article proposes an Electromagnetic characterization of aqueous solutions...
The dielectric properties of glucose solved in pure water as well as in a physiological solution hav...
In this article, a low-cost microwave modified patch resonator (2.3 GHz) is presented for glucose le...
The paper presents results of numerical simulation and experimental testing of a microwave sensor fo...
A suitability of two different liquid phantoms of blood-glucose solutions as phantoms for developmen...
YesMillimetre-wave frequencies are promising for sensitive detection of glucose levels in the blood,...
In the present work, a novel compact and highly sensitive microwave antenna sensor at 2.45 GHz is pr...
Millimetre-wave frequencies are promising for sensitive detection of glucose levels in the blood, wh...
This paper discusses about estimation of glucose concentration in blood using a Triple pole Compleme...
Monitoring glycemia levels in people with diabetes has developed rapidly over the last decade. A bro...
A novel sensing approach is presented for glucose levelmonitoring where a robust low-power millimete...
This paper reviews non-invasive blood glucose measurements via dielectric spectroscopy at microwave ...
Blood glucose monitoring is a primary tool for the care of diabetic patients. At present, there is n...
To reduce the pain and the probability of cross-infection caused by the invasive blood glucose testi...
Blood glucose monitors are critical to diabetes management. Many new noninvasive measurement techniq...
International audienceThis article proposes an Electromagnetic characterization of aqueous solutions...
The dielectric properties of glucose solved in pure water as well as in a physiological solution hav...
In this article, a low-cost microwave modified patch resonator (2.3 GHz) is presented for glucose le...
The paper presents results of numerical simulation and experimental testing of a microwave sensor fo...
A suitability of two different liquid phantoms of blood-glucose solutions as phantoms for developmen...
YesMillimetre-wave frequencies are promising for sensitive detection of glucose levels in the blood,...
In the present work, a novel compact and highly sensitive microwave antenna sensor at 2.45 GHz is pr...
Millimetre-wave frequencies are promising for sensitive detection of glucose levels in the blood, wh...
This paper discusses about estimation of glucose concentration in blood using a Triple pole Compleme...
Monitoring glycemia levels in people with diabetes has developed rapidly over the last decade. A bro...