Nikolsky O.K., Faranosov V.V., Surinsky D.O., Uskov E.V.

Simulation modeling and methods for determining the level of fire safety of electrical installations at agricultural facilities

Currently, problems of health protection and ensuring anthropogenic human safety are becoming relevant. Their solution is impossible without an effective system for monitoring the environment and predicting its dynamics. The peculiarity of such a system is the spatial heterogeneity and temporal nonstationarity of its inherent patterns, which generate complexity and uncertainty of the human-machine system being studied. The work examines two interrelated tasks: 1. Generalization of the main provisions of simulation modeling as a methodology for studying complex human-machine systems under a priori uncertainty; 2. Methods for determining the level of fire safety electrical installations at agricultural facilities.

Keywords: SIMULATION MODELING, FIRE SAFETY, HUMAN-MACHINE SYSTEM