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International Theoretical Science Journal
Volume 61 >>> № 1 JANUARY — FEBRUARY 2025
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DOI 10.34229/KCA2522-9664.25.1.16
UDC 621.396
K. Leichenko1, S. Skorobohatko2, H. Fesenko3,
V. Kharchenko4, S. Yakovlev5


1 Zhukovsky National Aerospace University тАЬKharkiv
Aviation Institute,тАЭ Kharkiv, Ukraine

 k.leychenko@csn.khai.edu

2 Zhukovsky National Aerospace University тАЬKharkiv
Aviation Institute,тАЭ Kharkiv, Ukraine

 s.skorobogatko@csn.khai.edu

3 Zhukovsky National Aerospace University тАЬKharkiv
Aviation Institute,тАЭ Kharkiv, Ukraine

 h.fesenko@csn.khai.edu

4 Zhukovsky National Aerospace University тАЬKharkiv
Aviation Institute,тАЭ Kharkiv, Ukraine

 v.kharchenko@csn.khai.edu

5 S. Yakovlev, V.N. Karazin Kharkiv National University, Kharkiv, Ukraine

 s.yakovlev@karazin.ua;
 sergiy.yakovlev@p.lodz.pl

ASSESSMENT OF THE RELIABILITY OF WIRELESS SENSOR NETWORKS
FOR FOREST FIRE MONITORING SYSTEMS CONSIDERING FATAL
COMBINATIONS OF MULTIPLE SENSOR FAILURES

Abstract. Based on the analyzed sources, it is established that the main aspects of the application of wireless sensor networks (WSNs) for fire detection include reliability, energy efficiency, routing methods, sensor deployment, and detection technologies. A software tool for generating WSN configurations and evaluating its reliability through simulation modeling is presented. An example of using the developed software tool to generate a map of coverage of a given forest area by sensors for monitoring forest fires and a given number of sensor failures, as well as to determine at each iteration the fatal combinations of failed sensors (FCFS), is given. The influence of the number of sensor failures, the number of FSCS, and the number of inoperable sensors in the FSCS on the probability of failure of a WSN is investigated.

Keywords: wireless sensor network, forest fires, fatal combinations of failed sensors, reliability, simulation modeling, software tool.


full text

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