Theory and Modern Applications
Table 1 Parameters description and estimated fitted values given \(\rho =0.9\)
Parameter | Description | Parameter value |
|---|---|---|
\(S_{p}(t)\) | The susceptible cases | – |
\(E_{p}(t)\) | The exposed cases | – |
\(I_{p}(t)\) | The infected cases | – |
\(A_{p}(t)\) | The asymptotically cases | – |
\(R_{p}(t)\) | The recovered cases | – |
M(t) | The infected cases | – |
\(\Pi _{p}\) | Birth rate | 341.706 |
\(\mu _{p}\) | Natural mortality rate | 0.0000353513 |
\(\eta _{p}\) | Contact rate | 0.01 |
\(\psi _{p}\) | Transmissibility multiple | 0.01 |
\(\eta _{w}\) | Disease transmission coefficient | 0.000001 |
\(\theta _{p}\) | The proportion of asymptomatic infection | 0.09 |
\(\omega _{p}\) | Incubation period (bats) | 0.00039 |
\(\rho _{p}\) | Incubation period (hosts) | 0.001 |
\(\tau _{p}\) | recovery rate of \(I_{p}\) | 0.1593 |
\(\tau _{ab}\) | recovery rate of \(A_{p}\) | 0.95 |
\(\varrho _{p}\) | Contribution of the virus to M by \(I_{p}\) | 0.0001 |
\(\varpi _{p}\) | Contribution of the virus to M by \(A_{p}\) | 0.00089 |
Ï€ | Removing rate of virus from M | 0.009 |