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Information × Registration Number 0222U002667, 0120U102099 , R & D reports Title Intelligent mobile IoT-platform for diagnostic telemonitoring of the functional state of the human cardiovascular system popup.stage_title Head Pidchenko Serhii Kostiantynovych, Доктор технічних наук Registration Date 15-02-2022 Organization Khmelnytskyi National University popup.description2 CARDIOVASCULAR SYSTEM, PULSE WAVE, SPHYGMOGRAPHY, CONTOUR ANALYSIS, HEART RATE VARIABILITY, PIEZORESONANCE OVERPRESSURE SENSOR, TELEMONITORING, MOBILE IOT PLATFORM. The object of research is the processes of registration, primary transformation, transmission, post-processing and classification of multichannel telemedicine data, which characterize the functional state of the cardiovascular system and psycho-physiological parameters of man. The purpose of the project: creation of the concept, methods, software-algorithmic and hardware means on the basis of IoT-platforms (Internet of Things) for the automated noninvasive registration of telemedicine multichannel signals in systems - express - diagnosing of a human condition. Research methods - digital automated analysis of multichannel telemedicine signals of human pulse wave, noise resection and elimination of artifacts, compression of pulsometric data and detection of additional classification features, formation of database of reference sphygmographic (applanation) signals, nonlinear analysis of nonstationary human multichannel system. The set of obtained results allows to create a new conceptual and scientific-methodical base of telemedicine multichannel express - diagnosing human hemodynamics through the use of an extended signal base of telemedicine cardio signals based on multichannel sphygmography, use of modern approaches to remote processing, interpretation and transmission of multichannel pulsometric data based on IoT-computing systems, use of high-precision quartz overpressure sensors mechanotronic type of own development, digital methods of identification and processing of pulse oscillation signals with elements of dynamic organization and self-organization. Product Description popup.authors Gula Igor V. Kabashnyuk Vitaliy Oleksandrovych Maistruk Mykola Ivanovych Naumenko Victoria V Pidchenko Serhii Kostiantynovych Pyovar Oleg Sergeevich Oleg S. Taranchuk Alla Anatoliivna Totskyi Oleksandr Volodymyrovych popup.nrat_date 2022-03-09 Close