STRUCTURAL-LOGICAL MODEL OF EMERGENCY MANAGEMENT OF THE REGIONAL LEVEL IN THE CONDITIONS OF LIMITED OPERATIONAL POSSIBILITIES OF EMERGENCIES OF EMERGENCIES

Array

Authors

  • V. Andronov National University of Civil Protection of Ukraine
  • O. Burmenko National University of Civil Protection of Ukraine
  • О. Soshinskiy National University of Civil Protection of Ukraine
  • R. Shevchenko National University of Civil Protection of Ukraine

Keywords:

emergency situation, operational potential, operational ability, structural-logical model, emergency management.

Abstract

The problem of formation of structural-logical model of emergency management of regional level in the conditions of limited operational possibilities of emergency rescue divisions is considered in the work.

The analysis of the current state of the issue of forecasting the effectiveness of emergency rescue units allowed to identify the existing problem in the field of civil defense, namely the lack of adequate mathematical apparatus that would form short-term and long-term forecasts of the dynamics of operational capacity and operational capacity of rescue units based on constantly changing information on the number and quality of regional hazards. The authors believe that this issue can be solved by forming a comprehensive expert-statistical methodology, which in turn is based on the modern idea of ​​the emergency management process in a complex natural-technogenic-social transformations.

The study examines the sequence of work on management decisions in terms of limited operational capabilities and formed a range of functional limitations that allows to clearly define the information field of the structural-logical model of emergency management and parameterize direct and feedback within the latter.

Structural and logical model of emergency management at the regional level in terms of limited operational capabilities of emergency rescue units, consists of two control circuits: general circuit (sufficient) and additional (limited) circuit, which operates in case of limited operational capabilities of emergency rescue units. It consists of eight blocks, namely: establishing the fact of the existence of limitations of operational capabilities of rescue units, clarification and assessment of the situation in the emergency zone, preparation of management decisions, preparation of proposals for additional forces, application of the latest methods of operational capacity funds, organization of return of additional forces and means to the cities of permanent deployment.

The practical significance of the results is the ability to develop, based on the existing structural and logical model of emergency management at the regional level in terms of limited operational capabilities of rescue units, a method of calculating operational capacity and operational capacity of the territorial unit, based on existing and forecast potential levels. , man-made, social and military nature and take into account their interaction.

Author Biographies

V. Andronov, National University of Civil Protection of Ukraine

Doctor of Science (Technical Sciences), Full Professor, Vice-Rector for Research - Head of Research Center

O. Burmenko, National University of Civil Protection of Ukraine

postgraduate, Scientific department of problems of civil protection and technogenic and ecological safety of the scientific and research center

О. Soshinskiy, National University of Civil Protection of Ukraine

Researcher, Scientific department of problems of civil protection and technogenic and ecological safety of the scientific and research center

R. Shevchenko, National University of Civil Protection of Ukraine

Doctor of Technical Sciences, Senior Researcher, Head of Department, Scientific department of problems of civil protection and technogenic and ecological safety of the scientific and research center

References

1. Analitychnyi ohliad stanu tekhnohennoi ta pryrodnoi bezpeky v Ukraini za 2018 rik (2019). Kyiv. Available at: https://www.dsns.gov.ua/ua/Analitichniy-oglyad-stanu-tehnogennoyi-ta-prirodnoyi-bezpeki-v--Ukrayini-za-2015-rik.html
2. Shevchenko, R. I. (2016). Vyznachennia teoretychnykh osnov informatsiino-komunikatyvnoho pidkhodu do formuvannia ta analizu system monitorynhu nadzvychainykh sytuatsii. Systemy obrobky informatsii. 5 (142). P. 202–206.
3. Aleisa, Esra, and Mehmet Savsar.(2014) Modeling of FirefightingOperations through Discrete Event Simulation. // InternationalJournal of Computer Theory and Engineering 5.4. 678.
4. Lee, Yohan, Byungdoo Lee, and Kyung Ha Kim. (2014) Optimal spatialallocation of initial attack resources for firefighting in the republicof Korea using a scenario optimization model. // Journal ofMountain Science 11.2. P. 323-335.
5. Clarke, Alastair, and John Christopher Miles. (2012) Strategic Fire andRescue Service decision making using evolutionary algorithms. //Advances in Engineering Software 50. P. 29-36.
6. Castillo, E., and Francisco Rodriguez. (2015) Determining responsetimes for the deployment of terrestrial resources for fighting forestfires: A case study: Mediterranean-Chile. // Ciencia e investigaciónagraria: revista latinoamericana de ciencias de la agricultura 42.1. P. 97-107.
7. Claridge, Ed, and Michael Spearpoint. (2013) New Zealand fire serviceresponse times to structure fires. // Procedia engineering 62. P.1063-1072.
8. Tabirca, Sabin, Laurence T. Yang, and Tatiana Tabirca. (2015) Fire Hazard Safety Optimization. // Procedia Computer Science 51. P. 2759-2763
9. Miles JC, Sisk G, Moore CJ. (2001) The conceptual design of commercial buildings using a genetic algorithm. // Comput Struct. 79 :1583–92.
10. Shaw D, Miles J, Gray A. (2008) Determining the structural layout of orthogonal framed buildings. // Comput Struct. 86:1856–64.
11. Coello Coello C, Rivera D, Cortes N. (2004) Job shop selection using the clonal selection principle. // In: Parmee I, editor. ACDM VI. P. 113–24.
12. Stalker ID, Bates RA. (2006) Informing the design of special section roll sets. // In: Parmee I, editor. ACDM VII. P. 81–90.
13. Bovenkamp E, Dijkstra J, Bosch J, Reiber J. (2004) Multi-agent segmentation of IVU Simages. // Pattern Recog . 37(4):647–63.

Published

2020-09-30

How to Cite

Andronov, V., Burmenko, O., Soshinskiy О., & Shevchenko, R. (2020). STRUCTURAL-LOGICAL MODEL OF EMERGENCY MANAGEMENT OF THE REGIONAL LEVEL IN THE CONDITIONS OF LIMITED OPERATIONAL POSSIBILITIES OF EMERGENCIES OF EMERGENCIES: Array. Municipal Economy of Cities, 4(157), 91–96. Retrieved from https://khg.kname.edu.ua/index.php/khg/article/view/5639

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