This paper proposes an evolution of a model devoted to simulate the behavior city population and to integrate it with an epidemic agent driven simulator able to evaluate its diffusion and impacts. In facts, this model results now capable to evaluate the epidemics behavior among inhabitants, check hypothesis regarding virus diffusion as well as identify possible effectiveness of countermeasures, such as block of mass gathering events, school closure and even lockdown
Epidemic Simulation based on Intelligent Agents
Bruzzone A. G.;Sinelshchikov K.;Massei M.
2020-01-01
Abstract
This paper proposes an evolution of a model devoted to simulate the behavior city population and to integrate it with an epidemic agent driven simulator able to evaluate its diffusion and impacts. In facts, this model results now capable to evaluate the epidemics behavior among inhabitants, check hypothesis regarding virus diffusion as well as identify possible effectiveness of countermeasures, such as block of mass gathering events, school closure and even lockdown
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