Development of a mathematical model for assessing the quality of implementation of a telemetry system into the organizational structure of gas and smoke protection service management

Objective. The article is devoted to topical issues and practical aspects of improving the gas and smoke protection service both in the Republic of Kazakhstan and abroad. The main purpose of the research is to develop and implement innovative approaches to improving the gas and smoke protection service, aimed at improving the level of protection for the lives of both rescuers and victims in emergency situations. Special attention is paid to the integration of modern technological solutions that minimize the risks associated with working in an inhospitable environment. The relevance of the topic is due to the growing number of man-made disasters and the need to increase the effectiveness of emergency rescue units.

Method. The research focuses on the implementation of a comprehensive telemetry system that provides remote monitoring of the physiological state of rescuers, environmental parameters and the location of personnel. This allows you to adjust the actions of departments in real time, allocate resources and quickly respond to changing conditions. The system includes sensors, data transmission facilities, and analytics software.

Result. As a result of the introduction of telemetry, significant optimization of management processes has been shown.: reducing the number of necessary management personnel, the possibility of forming additional mobile groups and improving overall coordination. This had a direct impact on the responsiveness and reduced time for search and rescue operations.

Conclusion. The use of improved telemetry-based monitoring and management mechanisms is a key fac-tor in improving the safety and efficiency of gas and smoke protection services, and the experience gained can be successfully adapted and applied in other countries.

1. On approval of the Manual on the organization of gas and smoke protection service of the state fire service bodies of the Ministry of Emergency Situations of the Republic of Kazakhstan https://www.gov.kz/memleket/entities/kps/documents/details/381668?lang=ru&ysclid=mer1f0bzbi190061444

2. Brushlinsky N.N. Mathematical methods and management models in the fire service / N.N. Brushlinsky, S.V. Sokolov. 2nd ed. Corr. And add. Moscow: Academy of the GPS EMERCOM of Russia, 2020. 200 p. https://morozofkk.ru/library/id4279 (In Russ)

3. https://studfile.net/preview/6849483. Personal respiratory protective equipment for firefighters (PPE): study guide.2nd ed.; revised V.A. Grachev, S.V. Sobur, I.V. Korshunov, et al. Moscow: Fire Book, 2012;190(In Russ)

4. https://rusneb.ru/catalog/000200_000018_RU_NLR_BIBL_A_021959395/?ysclid=mer1sqt3mw755673379. Terebnev V.V. Gas and Smoke Protection Service Part1. Textbook. Moscow:KURS, 2023;240.

5. Organization of Gas and Smoke Protection Service textbook for students of secondary vocational education in the specialty "20.02.04 Fire Safety" / I.V. Korshunov, V.V. Terebnev, V.A. Grachev, D.V. Andreev. — Moscow: KURS, INFRA-M, 2017, [i.e. 2016]. 292, [2] p. ill.; 22. (Secondary vocational education); ISBN 978-5-906818-81-2, 978-5-16-012265-6. (In Russ)

6. Training of gas and smoke protection personnel: organization and provision of gas and smoke protection service: study guide / V.N. Masaev, V.L. Marchenko, I.V. Dumarevsky, A.N. Minkin; Siberian Federal University. – Krasnoyarsk: Siberian Federal University (SFU), 2017; 212. Access mode: by subscription. – URL: https://biblioclub.ru/index.php?page=book&id=497451 (In Russ)

7. Gas and Smoke Protection Service. Basics., Terebnev V.V. Textbook, for higher education in the field of training: 2.20.00.00 "Technosphere Safety and Environmental Management" (qualification "bachelor"), in two parts. Part 2. 2023. 255, ISBN 978-5-907535-69-5. (In Russ)

8. Musaibekov A.G. Use of Discriminant Analysis in Determining the Conditional Sign of Fire Complexity // Science and Education in Civil Defense 2022. No. 3 pp. 49-55. URL: https://agz.edu.kz/2022g._nayka_i_obrazovanie_v_grazjdanskoj_zashite_347 (date of access 10.04.2023).

9. URL: https://agz.edu.kz/nayka_i_obrazovanie_v_grazjdanskoj_zashite_3_42_.html (date of access 22.04.2023). Musaibekov A.G. Model and results of determining the fire rank based on discriminant analysis. Science and education in civil defense. 2021;3:27-32.

10. Zakharov I.A. Analysis of temporal characteristics of the functioning of fire and rescue units. Science and education in civil defense. 2021;4:74-80. https://agz.edu.kz/vestnik_4_44_.html (date of access 02.05.2023).

11. Aldabekov A.T., Askarov R.S. Improvement of the educational and training complex for training gas and smoke protection personnel // Science and education in civil defense 2021. No. 4 pp. 94-100. URL: https://agz.edu.kz/vestnik_4_44_.html (date of access 02.05.2023).

12. Aldabekov A.T. Improvement of the gas and smoke protection service at the Malik Gabdullin Civil Defense Academy of the Ministry of Emergency Situations of the Republic of Kazakhstan. Actual problems of fire safety, prevention and elimination of emergency situations. Collection of abstracts and reports of the XIII International scientific and practical conference. October 7, 2022 – Kokshetau: M. Gabdullin State Fire Protection Agency, Ministry of Emergency Situations of the Republic of Kazakhstan, 2022; 275.

13. Aldabekov, A.T. Mathematical modeling of the use of gas and smoke protection service units in the Republic of Kazakhstan. Siberian Fire and Rescue Bulletin. 2024;4(35):44-49. DOI 10.34987/Vestnik.sibpsa.2024.45.94.005. – EDN IBXTGM.

14. Dohare, R.K., Mainuddin, Singhal, G. (2023). Wireless Interface-Based Acquisition, Analysis, and Control System Using Master–Slave Approach for Chemical Laser. In: Bindhu, V., Tavares, J.M.R.S., Chen, J.I.Z. (eds) Proceedings of the Fifth International Conference on Inventive Material Science Applications. Advances in Sustainability Science and Technology. Springer, Singapore. https://doi.org/10.1007/978-98119-4304-1-14

15. Qin, Y., Bai, Y. and Wen, M. Data Processing of Fault Recorder in Power System. Energy and Power Engineering. 2017; 9:46-52. doi: 10.4236/epe.2017.94B006.