Development of a Persistent, Accessible and Non-invasive Glucose Monitoring Device

This research is to develop a low-cost, highquality factor, low power consumption non-invasive blood-glucose monitoring device. This research work is using microwave resonator sensor because it demonstrates notable variations in the frequency dependence of its s-parameters as a result of variations in the test material's primeval. This has to do with the potential for monitoring blood-glucose variations whenever this substance engages alongside a microwave resonator. Therefore, the goal of this investigation is to create a non-invasive glucometer that can routinely test the levels of blood glucose by utilizing a microwave resonator to quantify the association among blood glucose levels and variations in frequency response. Microwave resonators are taken into consideration because of their characteristics, which include a frequency spectrum of
$300\text{MHz}$
to
$300\text{GHz}$
and a wavelength of
$1{{\ mm}}$
to
$1{{\ m}}$
. With regard to the wavelength they have, which allows them to pass through most things with ease, microwaves are utilized.