Brytan, A. V.A. V.BrytanIvanov, B. A.B. A.IvanovOsis, V. B.V. B.Osis2026-06-302026-06-302018Brytan, A. V., Ivanov, B. A., Osis, V. B. (2018). Automated information measuring system for monitoring characteristics of atmospheric ozone. Bulletin of Taras Shevchenko National University of Kyiv. Physics and Mathematics(4), 104–109. https://doi.org/10.17721/1812-5409.2018/4.1510.17721/1812-5409.2018/4.15https://ir.library.knu.ua/handle/15071834/26314The structural diagram of an automated information and measurement system for monitoring the characteristics of atmospheric ozone, the purpose and interaction of the main components of the system are presented. System management software is considered. The results of determination of the total ozone content (TOC), which were obtained by comparing simultaneous data, determined manually by the operator and using the layout of the information-measuring system, with a relative error of measurement difference did not exceed 4.3%. The results of measurements with automatic averaging of the values obtained during the day showed that there was no need to choose windows of cloudless or homogeneous sky. The development can be recommended for use as a basis for the creation of a modern automated information and measurement system for monitoring the characteristics of atmospheric ozone.Key words: block diagram, the total ozone content, software, comparison of the data, layout information measuring system.Pages of the article in the issue: 104-109Language of the article: UkrainianThe structural diagram of an automated information and measurement system for monitoring the characteristics of atmospheric ozone, the purpose and interaction of the main components of the system are presented. System management software is considered. The results of determination of the total ozone content (TOC), which were obtained by comparing simultaneous data, determined manually by the operator and using the layout of the information-measuring system, with a relative error of measurement difference did not exceed 4.3%. The results of measurements with automatic averaging of the values obtained during the day showed that there was no need to choose windows of cloudless or homogeneous sky. The development can be recommended for use as a basis for the creation of a modern automated information and measurement system for monitoring the characteristics of atmospheric ozone.Key words: block diagram, the total ozone content, software, comparison of the data, layout information measuring system.Pages of the article in the issue: 104 - 109Language of the article: UkrainianenСтаття