Abstract
A mathematical model of smoking behaviour in Indonesia with density-dependent death rate
Highlights
The mathematical model of smoking behavior was first introduced in [1]
This work presents a mathematical model that investigates the impact of smokers on the transmission dynamics of smoking behavior in the Indonesian population
Related to the analysis of the model, beside investigating the existence of the smoking-fee equilibrium point and its stability by using some basic theorems in dynamic systems and differential equations, we investigate the stability of smoking-present equilibrium point
Summary
The mathematical model of smoking behavior was first introduced in [1]. In this model, the human population can be categorized into three classes: the non-smoker class (never smoked), the class of smokers, and the class of ex-smokers. In [2] authors developed this model of smoking behavior by dividing the class of ex-smokers into two types: ex-smokers who stopped temporarily and stopped forever This model was further investigated in [3] with a focus on the pressure on the class of temporary ex-smokers to return to the smoker class.
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