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Simulation of Spread of Infectious Diseases in Human Population
Vaňo, Michal ; Peringer, Petr (oponent) ; Strnadel, Josef (vedoucí práce)
Epidemics present an everpresent threat to human life and economy. Despite their destructive potential, their harm can be mitigated by careful studies and predictions. Modeling epidemics is crucial for understanding the spread of infectious diseases and evaluating the effectiveness of health interventions. This bachelor thesis first introduces and compares compartmental and agent-based models, two primary approaches in the field of epidemiological modeling. The chosen approach for this work is agent-based modeling, which has been thoroughly analyzed and subsequently transformed into an abstract model of disease spread. The model is designed to be adaptable to any given Slovak city, providing a versatile tool for understanding disease dynamics in various locations. The model is implemented in Python. The final part of the thesis consists of conducting experiments to analyze different scenarios and health interventions. These experiments contribute to a deeper understanding of disease spread dynamics and can inform policy-making in public health. The thesis offers a comprehensive study of different modeling approaches and develops a versatile agent-based model which can be expanded according to the available data.

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