FORMATION OF THE MATHEMATICAL MODEL OF THE ORGANIZATIONAL AND TECHNICAL METHOD OF THE ABORTION OF NEGATIVE CONSEQUENCES OF EMERGENCY SITUATIONS OF THE MEDICAL-BIOLOGICAL CHARACTER OF THE REGIONAL LEVEL OF DANGEROUS DISTRIBUTION
Abstract
Given the Latest Trends on the formation of information environment poshyerennya negative consequences of emergencies medical and biological nature, which are as follows:
- In persche, despite the reduction of the number of emergencies medical and biological nature in Ukraine, the number of victims and the victims of their actions is growing, indicating about significant qualitative changes of sources of danger (mutation and the appearance of new stamps of pathogens that are more dangerous);
- Secondly, the complexity of the application of countermeasures and minimize the effects of emergencies medical and biological nature dualism is the most extreme situations. Yes Nature of hazards of emergency medical and biological nature is clearly natural character, while nature is spread mainly social nature;
- Thirdly, Ukraine is increasingly becoming a member of the global information environment, and from so a number of natural and social factors that the effects of emergencies medical and biological nature of the added factors of informational nature (growth dynamics of the latter on now dominates), which should radically change the concept of organizing events counteraction;
- In the fourth, with the beginning of military operations in the area of anti-terrorist operations in Ukraine present the entire spectrum of global hazards increase in the number of emergencies medical and biological nature and their consequences.
Within the framework of the conducted studies, it was possible to formalize the parameters and take into account a number of assumptions that allowed to develop an imitative mathematical model of the dependence of the number of victims and the number of victims as a result of emergency situations of medical and biological nature of the regional level of the spread of danger from the component components of the response of the information environment in conditions of emergency situations to external influences , initiating medical and biological hazards, factors of natural, social and informational nature, namely, integra cial characteristics: the frequency of the dangers of the spread of the dangers of functionality critical elements of information environment, duration of external influence, compensating capacity information environment measured under standard peer review.
Further practical application of the theoretical results will significantly improve the formation, transmission and processing of information messages to identify health hazards and biological nature and consequences of the spread of their influence.
Keywords: organizational and technical method, consequences of emergencies, medical and biological hazards
References
Література
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Zhuang, Yue (2017) Constructing Effective Mechanism of Reflection on Major Accidents Zhang Supei. China Safety Science Journal, 11, 1-6. Retrieved from
http://oversea.cnki.net/kns55/oldNavi/n_Catalog.aspx?NaviID=48&Flg=local&YearID.
Qian, Yu, Juncheng, Jiang, & Hanhua, Yu (2012) Research on the Emergency Response System of Major Dangerous Chemical Accident on Highway based on the GIS. International Symposium on Safety Science and Technology, 716-721. Retrieved from
http://www.sciencedirect.com/journal/procedia-engineering
Xianfu, Feng, Zaoping, Feng, & Yansong, He (2012) Analysis on Chemical Industry Park Emergency Drill Escape Paths based on WebGIS. International Symposium on Safety Science and Technology, 722-726. Retrieved from
http://www.sciencedirect.com/journal/procedia-engineering
Management in the Case of Strong Earthquakes. Information Technology180 for Disaster Management. (2001). A collection of selected international papers. Asian Disaster Reduction Center. Kobe, Japan, 94-105. Retrieved from http://www.dissercat.com/content
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http://www.emeraldinsight.com/toc/dpm/26/2.
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http://www.emeraldinsight.com/toc/dpm/26/1.
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Xuesong, Guo, & Naim, Kapucu (2015) Network performance assessment for collaborative disaster response. Disaster Prevention and Management: An International Journal, 2, 201-220. Retrieved from
http://www.emeraldinsight.com/toc/dpm/24/2
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