Theory and Modern Applications
From: A numerical solution by alternative Legendre polynomials on a model for novel coronavirus (COVID-19)
Variables and parameters | Descriptions |
---|---|
\(n_{p}\) | The birth rate of people |
\(m_{p}\) | The death rate of people |
\(\frac{1}{\omega _{p}}\) | The incubation period of people |
\(\frac{1}{\omega '_{p}}\) | The latent period of people |
\(\frac{1}{\gamma _{p}}\) | The infectious period of symptomatic infection in people |
\(\frac{1}{\gamma '_{p}}\) | The infectious period of asymptomatic infection in people |
\(\mu _{p}\) | The shedding coefficients from \(I_{P}\) to W |
\(\mu '_{p}\) | The shedding coefficients from \(A_{p}\) to W |
\(\delta _{p}\) | The proportion of asymptomatic infection rate of people |
\(\beta _{p}\) | The transmission rate from \(I_{p}\) to \(S_{p}\) |
\(\beta _{W}\) | The transmission rate from W to \(S_{p}\) |
k | The multiple of the transmissibility of \(A_{p}\) to that of \(I_{p}\) |
\(\frac{1}{\varepsilon } \) | The lifetime of the virus in W |
c | The relative shedding rate of \(A_{p}\) compared to \(I_{p}\) |