Abstract:
One factor which affects the dengue disease transmission is blood-type. Therefore, this
factor must be considered in the transmission system of the spread and it can be applied in the compartmental model to understand the mechanism and dynamical system of the transmission. In this study, the discrete time compartmental SIR-SI model which considers the O blood-type and the difference equations system based on the model are formulated and analyzed. It is expected that this mathematical model can significantly contribute the effective method to control the dengue transmission.
Description:
Makalah dipresentasikan pada SIAM: East Asian Section Conference 2017. Seoul National University. Seoul, South Korea, 22-25 June 2017.
