Pustovit M. Hard-and-software modeling and visualization of suppressing fires process indoors

Dissertation is devoted to scientific and technical problem that consists in the development hard-and-software of computer simulator for modeling and visualization of suppressing fires process indoors with time limitations, for practical training in the field of fire safety. Developed the complex model of the fire in the room based on cellular automata, which made it possible to combine the processes of fire propagation and suppression, considering the regular fire-technical equipment of civil protection units, and provided the possibility of developing hard-and-software of computer simulator for firefighters training. The combination of processes of fire propagation and suppression achieved by building the complex model on the only method of cellular automata. Using regular fire-technical equipment of civil protection units makes it possible to create the effect of "immersion" when working with the simulator, which increases the assimilation effectiveness of the principles and methods how to work with it. Visualization of parameters modeling based on three-dimensional cellular automata. Cells of it changes their position and color according to the developed transition rules and character of influence on them. New models and tools, which developed on their base and combined into a single complex model of fire propagation and suppression makes it possible to perform calculations of fire parameters at different time points; increase the effectiveness of operating personnel and firemen training; reduce direct and indirect damages from fire. The theoretical results, which obtained during the research, confirmed by developing the complex model of fire propagation and suppression, which find its implementation as a computerized simulator of firefighter training.