Abstract
The practical value of the work consists in the presented recommendations for developing a system for the study of tissue microcirculation based on one emitting and a group of receiving optical fibers, which made it possible to analyze the use of optical fibers of various parameters and characteristics. Schematic solutions for the construction of optoelectronic systems for the diagnosis of tissue microcirculation based on fiber-optic sensors that perform registration and processing of photoplethysmographic information in real-time are proposed to carry out a hardware and software implementation of a system for the study of peripheral blood circulation for the evaluation of biomedical signals based on the received photoplethysmograms.
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