Hardware and software complex for forecasting the chemical situation
Abstract
Purpose: elucidation of the structure of the hardware and software complex, which implements an improved method of assessing the effectiveness of the chemical threat (incident) warning and notification system.
Method: empirical, theoretical, systemic.
Findings: the developed special hardware and software complex will allow to increase the accuracy and efficiency of the substantiation of proposals for chemical protection of the population and the personnel of the defense forces.
Theoretical implications: increasing the efficiency of the system of collecting, processing and exchanging information about the chemical situation.
Papertype: descriptive and research.
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References
Nikitin A.A., Blekot O.M., Romaniuk V.P. and Bevzіuk A.P. (2022). A method of assessing the probable risk of loss of human health in conditions of contamination by hazardous chemical substances. Ukrainian Military Medical Journal, 3 (4), 121-127. https://doi.org/10.46847/ujmm.2022.4(3)-121 [View date September 28, 2023].
On the approval of the Instructions on the functioning of the chemical, biological, radiological and nuclear threat (incident) warning and notification system in the system of the Ministry of Defense of Ukraine. Order of the Ministry of Defense of Ukraine dated March 22, 2023 No. 152. Available from : https://www.mil.gov.ua/content/mou_orders/mou_2023/152_nm_2023.zip. [View date September 28, 2023].
Poplavets S., Guzchenko S., Nikitin A., Meshcheryakov I. and Kaplia I. (2023). Some views on determining the scope of collection, processing, analysis, generalization and disclosure of information about the chemical, biological, radiological environment. Social Development and Security, 13 (3), 184-195. https://doi.org/10.33445/sds.2023.13.3.12 [View date September 28, 2023].
Meshcheryakov I., Antonov A. (2023). An improved method of assessing the effectiveness of chemical, biological, radiological and nuclear protection. Social Development and Security, 13 (1), 161-176. https://doi.org/10.33445/sds.2023.13.1.14 [View date September 28, 2023].
Nikitin A.A., Khivrych O.V. and Volodchenkova N.V. (2018). Improvement of the methodology of risk assessment in emergency situations. Food industry, 24, 131-137. Available from : https://dspace.nuft.edu.ua/jspui/bitstream/123456789/28735/1/NHVol%20131-137.PDF [View date September 28, 2023].
Nikitin A., Vorobyov O., Partalyan A., Kurtseitov T., Romanyuk V. and Ivashchuk O. (2022). Justification of the rational distribution of special processing points on traffic routes in the event of the destruction of a nuclear power plant. Social Development and Security, 12 (4), 129-137. https://doi.org/10.33445/sds.2022.12.4.12 [View date September 28, 2023].
Nikitin A.A., Meshcheryakov I.S., Khivrych O.V., Derman V.A., Polyanova N.V. (2022). The influence of physical, geographical and climatic conditions on the forecast of the spread of polluted atmospheric air during possible emergency situations of man-made nature in the Donetsk region. Environmental engineering, 2(20), 105-111. https://doi.org/10.5281/zenodo.7263862 [View date September 28, 2023].
Vavilova N.V., Khomik M.M. and Yefimenko G.A. (2021). A methodical approach to the assessment of chemical hazards during the use of defense forces during the liquidation of the consequences of emergency situations. Collection of scientific works of the National Educational Institution "Works of the University", 4(167), 187-203. [View date September 28, 2023].
Shemchuk V.A., Gutchenko O.A., Shemchuk O.M. (2021). Construction of a pedagogical model of formation of professional competences of future officers of various institutions of the security and defense sector for actions in conditions of radiation, chemical and biological danger. Innovative pedagogy, 1 (32), 166-170. https://doi.org/10.32843/2663-6085/2021/32-1.36 [View date September 28, 2023].
Ustinova L.A., Barkevich V.A., Kurdil N.V., Shvets R.M., Saglo V.I. and Yevtodiev O.A. (2019). The current state and trends in the development of means of identification of combat toxic substances in Ukraine: ways of harmonization in accordance with EU and NATO standards. Ukrainian Journal of Modern Problems of Toxicology, 2 (86), 44-52. https://doi.org/10.33273/2663-4570-2019-86-2-44-52 [View date September 28, 2023].
Bevzіuk A.P., Nikitin A.A. (2021). Scheme of the method of collection and identification of information to support decision-making in the conditions of occurrence of chemical contamination. Scientific works of the Third International science and practice conf. "Modern trends in the development of information systems and telecommunication technologies", January 25-26, 2021, NUHT, 39-42. Available from : https://www.cipma.org.ua/data/conference/Conf_STRISITT03_2021-02-08.pdf#page=39 [View date September 28, 2023].
Tactical publication “Instructions “Warning, alerting and forecasting the threat of chemical, biological, radiological and nuclear incidents”. Available from : https://jurkniga.ua/contents/poperedzhennya-opovishchennya-ta-prognozuvannya-zagrozi-khimichnikh-biologichnikh-radiologichnikh-ta-yadernikh-intsidentiv.pdf [View date September 28, 2023].
CBRN-Analysis. Available from : https://bruhn-newtech.com/cbrn-analysis/ [View date September 28, 2023].
Information technologies: science, engineering, technology, education, health. Scientific edition Abstracts of reports XXVIII International. science and practice conf. MicroCAD-2020 in five parts. 2020. Ch. V. 25-26. Available from : https://science.kpi.kharkov.ua/wp-content/uploads/2020/11/TEZI_VITV_-A5_MK_-2020.pdf [View date September 28, 2023].
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