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No. 1 (26) - 2025 / 2025-03-31 / Number of views: 18
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The article is devoted to the development of an algorithm for constructing evacuation routes in case of emergency situations, such as fire. The developed algorithm is used as a mathematical model of an intelligent fire safety system and is implemented in Python. Its effectiveness is confirmed by the example of a model problem, demonstrating the capabilities of monitoring and responding to a fire.
The created algorithm for optimizing evacuation routes is based on solving transport problems, is highly versatile and easily adapts to the practical requirements of prompt and safe exit of people from a building. The article presents the results of numerical modeling, and also considers the prospects for further development of such systems.
The developed algorithms can be applied not only in case of fire, but also in case of other emergency situations, such as floods or earthquakes, which allows to minimize risks and reduce damage from disasters.