Intelligent agents in the fight against global threats

Authors

DOI:

https://doi.org/10.18372/2073-4751.81.20131

Keywords:

intelligent agents, tuberculosis, cellular automata, epidemiological modeling, disease spread, migration, public health

Abstract

This paper explores the application of intelligent agents in combating tuberculosis, which remains a significant public health threat. A cellular automata-based disease spread model is proposed, enabling the analysis of infection dynamics while considering socio-economic and demographic factors. Simulations conducted for Lviv and Stockholm reveal significant differences in the speed of disease transmission depending on the initial level of latent infection.

In Lviv, the projected number of active tuberculosis cases reaches 308 per 100,000 people within ten years, highlighting the need for effective control measures. In Stockholm, where the initial infection rate is much lower, the disease spreads gradually, driven by migration processes. Model validation using official WHO data confirmed its accuracy, allowing it to be used for epidemic forecasting and the development of disease control strategies.

The results emphasize the importance of early diagnosis, active case monitoring, and the consideration of migration processes in shaping preventive measures. The use of intelligent agents can significantly improve epidemic management and enhance the effectiveness of public health strategies.

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Published

2025-06-12

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