Delay included dynamic virus spreading process simulating

Abstract

In classical virus spread model, the virus spreading process is described by infected probability, this process ignored some spreading details and the duration of contact. For this reason, we proposed a delay included dynamic virus spreading model and simulated the viruses' spreading process by cellular automata method. The unexpected result shows that the individual's moving behavior can hinder the viruses' spreading process as delay is existed. This conclusion broke with the idea that individuals' moving behavior improves viruses' spreading process, which is helpful for people to understand viruses' spreading phenomenon.