Paper Title (use style: paper title) Page 1 1 978-1-7281-5761-0/20/$31.00 ©2020 IEEE
Continuous cerebral and tissue oximetry by threewave NIRS device D. Buyanov1, S. Zabodaev2 …

The results of the investigation of changes in optical signals of earlobe sensor at 660 and
940 nm and three-wavelengths finger sensor at 660, 850 and 940 nm during performance of …

In order to avoid irreversible damage caused by tissue hypoxia, the regional tissue oxygen
saturation (rSO2) should be monitored to ensure the normal tissue oxygen metabolism. Near …

A portable and noninvasive blood oxygenation device that uses light-emitting diodes and
three-wavelength near spectroscopy has been developed The device is compact enough to …

Near infrared spectroscopy (NIRS) is a non-invasive method for monitoring hemoglobin
oxygen saturation within the microvessels. It is therefore also sometimes (erroneously) …

The work is aimed at reflection near-infrared spectroscopic method for non-invasive blood
glucose measurement theoretical and experimental research. Presented model of the …

Systemic low-frequency oscillations (sLFOs) are non-neuronal oscillations at 0.01–0.15 Hz.
These sLFOs travel through the entire body and the brain with symmetrical (across the …

The aim of this work is to develop a non-invasive optical method for assessing the oxygen
supply of tissues and the general functional state of a person, based on a …

Near-infrared spectroscopy (NIRS) technique uses specific wavelengths of light to make a
continuous and noninvasive brain monitoring possible. It has great prospects in biomedical …

Tissue oxygenation of patients need be measured and monitored to avoid complications
caused by hypoxia in medical procedures. A new noninvasive technique was introduced to …