An Investigation of the Effects of Lifting Quarantine Conditions after the Peak of COVID-19 Pandemic Using the Cellular Automata Approach
A cellular automata model for simulating the epidemic dynamics of COVID-19 disease in a small city is given. In the model, people are allowed to leave and return to their homes, and the time of the peak in different quarantine conditions is estimated. It is shown that the removal of quarantine conditions, even one month after reaching the peak, increases the number of total infected and total dead cases significantly.
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I found the results of this article very informative. I hope the governmental decisions against the covid 19 virus are upon these kinds of scientific investigations. With many thanks of the author
Posted 27 May, 2020
An Investigation of the Effects of Lifting Quarantine Conditions after the Peak of COVID-19 Pandemic Using the Cellular Automata Approach
Posted 27 May, 2020
A cellular automata model for simulating the epidemic dynamics of COVID-19 disease in a small city is given. In the model, people are allowed to leave and return to their homes, and the time of the peak in different quarantine conditions is estimated. It is shown that the removal of quarantine conditions, even one month after reaching the peak, increases the number of total infected and total dead cases significantly.
Figure 1
Figure 2
Figure 3
Figure 4
Figure 5
I found the results of this article very informative. I hope the governmental decisions against the covid 19 virus are upon these kinds of scientific investigations. With many thanks of the author