Abstract
The Suspected-Infected-Recovered (SIR) model is proposed to study the dynamic transmission of dengue fever disease. The proposed SIR model contains two main populations, namely human population and mosquito population as the host and the vector of dengue virus, respectively. The overall aim of this research was to analyze the asymptotic stability of two equilibrium states (disease-free state and endemic state) of the dengue fever transmission model. Moreover, this work also showed the conditions of parameters that should be satisfied in order to guarantee the stability of the equilibrium points.
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