Table 3 The analysis of infected people each day by different transmission paths
From: Mathematical models for devising the optimal Ebola virus disease eradication
Paths | Household | Community | Hospital | Funeral |
|---|---|---|---|---|
Infected people | (1 − á)I(t) | (1 − á)I(t) | áI(t) | ufI(t) |
Infection force ë(t) | â f /N f(t) | ó \(\hat{a}_{f}\) /N a(t) | \(\hat{a}_{h}\) /N h(t) | \(\hat{a}_{b}\) /N f(t) + ó \(\hat{a}_{b}\) /N a(t) |
Total infection cases | (1 − á)I(t) \(\hat{a}_{f}\) /N f(t) | (1 − á)I(t) ó \(\hat{a}_{f}\) /N a(t) | áI(t) \(\hat{a}_{h}\) /N h(t) | \(ufI(t)\left( {\hat{a} _{b} /N_{{f(t)}} + \acute{o} \hat{a} _{b} /N_{{a(t)}} } \right)\) |