Бпла-Система Дистанційної Асистованої Медичної Діагностики І Пульмонологічного Моніторингу Стану Потенційно Заражених COVID-19 Пацієнтів "TREMBITA-CORONА UAV NAU"

Abstract

Розроблена БПЛА-система дистанційної акустичної діагностики і моніторингу стану легенів для ведення пацієнтів в рамках застосування телемедицини, яка представляє собою користувацький набір контрольно-вимірювального обладнання та БПЛА-носій для доставки і організації процедури тестування пацієнта.

Evaluation of acoustic signal features in children with community-acquired pneumonia and pneumonia caused by the SARS-CoV-2 virus using the new acoustic monitoring device "Trembita-Corona"

“…We, the specialists from the Bohomolets Medical University and the leading specialists of the National Aviation University, developed the new acoustic monitoring device "Trembita-Corona" to diagnose respiratory sounds above the lungs [9]. This device makes acoustic monitoring of the lungs, which in turn speeds up the diagnosis and helps to localize the zones of lung damage [11].…”

“…That is why respiratory acoustics is currently a promising scientific direction. The tasks of this direction are the development of the theory of sound propagation in the lungs and the creation of objective acoustic methods, which in turn improve the diagnosis of lung diseases [9,10].…”

“…We, pediatric specialists from Ukraine and leading specialists of the National Aviation University (Ukraine), have developed an experimental sample of the "Trembita-Corona" acoustic monitoring device [9][10][11]. This device is used to diagnose breathing sounds.…”

“…Using the аcoustic monitoring device "Trembita-Corona", were found differences between children with САP and healthy ones in average signal power in 0,1,2,3,4,5,6 octaves, in the frequency of the acoustic signal in 0 and 5 octaves, and in the amplitude of the acoustic signal in 0,2,3,4,5,6 octaves. Differences between children with САP and children with pneumonia caused by the SARS-CoV-2 virus in terms of average signal power in 0, 1,2,3,4,5,6,7,9 octaves, frequency of the acoustic signal in 0 and 5 octaves, and amplitude of the acoustic signal in 0,1,4,5,6 octaves were also analyzed. Differences in average signal power and amplitude of the acoustic signal between pneumonia caused by the SARS-CoV-2 virus and healthy children were determined in the 2 nd octave (p<0.01).…”