Registration Number
0224U031569,
(0119U002278)
, R & D reports
Title
Develop methods and algorithms for analysis of signals of various nature for the construction of diagnostic-information systems
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Розробити методи і алгоритми аналізу сигналів різної природи для побудови діагностично-інформаційних систем
Head
Primin Mykhailo A., Доктор технічних наук
Registration Date
17-05-2024
Organization
V.M. Glushkov Institute of Cybernetics of the National Academy of Sciences of Ukraine
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The object of research is methods of registration and processing of magnetic, optical and electrical signals of biological and physical objects for diagnostic systems of various purposes. The numbers of modifications of information and diagnostic systems for early diagnosis of heart diseases have been developed based on the found analytical solution of the inverse problem of magnetostatics and SQUID sensors, a, which are higher than the world level. It is necessary to continue the investigation and application of MCG scanners in cooperation with MDU "Main Military Clinical Hospital" Center. A new algorithm for 3D visualization of the electrical activity of the myocardium is being studied within the international partnership project P624-P624C between NASU Institute of Cybernetics, STCU(TU) Oxford Cardiomox Ltd (UK). The developed electrocardiographic information and diagnostic technologies were used as part of software for monitoring the functional state of military personnel, as well as at the NASU Institute of Pediatrics, Obstetrics and Gynecology and the National Scientific Center of Radiation Medicine. The research results should be continued with the aim of creating sensor devices based on portable and miniature ECG systems. An ultra-sensitive SQUID susceptometric system was developed for research of biological objects and magnetic properties of samples. It was experimentally found fby magnetometry methods for the first time that changes in the magnetic properties of coal are associated with structural transformations of matter at the atomic-molecular level under the influence of external forces. New information technologies and metrics have been created for the analysis of small changes in biological signals, that improves the accuracy of many diagnostic methods. Sensors for the non-invasive research of optical signals for their application in medicine and biology have been improved. The "Plasmontest" sensor is used at the NUBiP NASU.
Product Description
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Mykola M. Budnyk
Lebedieva Tetiana S.
Minov Yurii D.
Melnyk Yevhenii V.
Mudrenko Maksym I.
Nedaivoda Ihor V.
Ryzhenko Tetiana M.
Sutkovyi Pavlo H.
Chaikovskyi Illia A
Shpyliovyi Pavlo B.
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2024-05-17
