A Mathematical Model with Quarantine States for the Dynamics of Ebola Virus Disease in Human Populations

Figure 2

(a)–(e) Time series showing convergence of the solutions to the steady states for the nondimensional reduced model when the constant recruitment term is 555 persons per day. In this example, and and , and all the other parameters are as in Table 2, giving values of . In this case, the nonzero steady state is stable and the solution converges to the steady state value as given by (89) as . (f) Time series showing the long term behaviour of the variable in the reduced model for and all other values of the parameters are as given in Table 2. In this case and so the only steady state is the trivial steady state which is stable.

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