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Registration Number

0216U000738, 0114U003459 , R & D reports

Title

Development of methods and means of measuring control of optical parameters of heterogeneous media based on multispectral imaging

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Head

Petruk V.G., Доктор технічних наук

Registration Date

23-02-2016

Organization

Vinnitsa National Technical University

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The object of study - the process control measurement of optical parameters of inhomogeneous media. Purpose - to improve performance and reliability of the control by improving the measurement control of optical parameters of inhomogeneous media based on multispectral images. Research methods - in solving the problems transferring images used theory in heterogeneous environments, light scattering, light scattering methods optics and television measuring control, as well as methods of measurement theory, experimental design, mathematical statistics, mathematical modeling, and others. In the first stage the mathematical modeling of biological inhomogeneous media applications for control of optical parameters (environmental monitoring, medical diagnostics and quality control) based on multispectral images. Held development and research tools and automated measurement and control systems control the measuring optical parameters of inhomogeneous media for biological applications control of optical parameters (environmental monitoring, medical diagnostics and quality control) based on multispectral images. Improved transport theory of optical radiation in the surface layer of inhomogeneous biological environments that will take into account features of the uneven distribution of pigments and the structure of the surface layer of inhomogeneous biological media, and this in turn will improve the reliability of the control of their optical parameters. Developed a method of non-invasive biomedical diagnostics superficial cancer pathology based on multispectral images. Developed a method of multispectral forensic diagnostics bruises. Developed and improved methods for measuring optical parameters control inhomogeneous media based on multispectral imaging will improve the performance and reliability of the control used to produce new technologies noninvasive biomedical diagnosis of superficial cancer pathology, including melanoma; forensic diagnostic bruises and hematomas; funds for environmental monitoring and research of lichens; controls the sensitivity of microbiological preparations; means food control. The second phase developed specialized software for measuring optical parameters control heterogeneous biological environments. Developed and improved experimental techniques for measuring optical parameters control heterogeneous environments for biological applications based on multispectral images.

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Іщенко Віталій Анатолійович
Бондарчук Ольга Володимирівна
Васильківський Ігор Володимирович
Кватернюк Сергій Михайлович
Мельник Людмила Михайлівна
Мельник Ольга Федорівна
Петрук Василь Григорович
Петрук Роман Васильович
Трач Ірина Анатоліївна

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2020-04-02