Dynamics and Simulation of Corona Virus Epidemic

This work investigated the dynamics of coronavirus amongst the susceptible individuals. It is established herein, with a proposition that there exists a control strategy that is bounded above by 0.01 for the contact rate of susceptible individuals. It is observed that at a=d=1.5, the virus population and the human population coincides, however, at c=b=0.1, almost all the human population is infected by the virus. It is also observed that at endemic state, the corona virus population experiences a decline, and this metamorphoses into a pandemic in the environment, with time. However, the corona virus population decays as the contact rate tends towards 0.001. Some detailed experimental procedure and predictions are presented in this work. A mathematical simulation is presented to buttress our findings.