A model with multiple disease stages is discussed; its main feature is that it considers a general incidence rate, functions for death and immigration rates in all populations. We show via a suitable Lyapunov function that the unique endemic equilibrium is globally asymptotically stable. We conclude that, in order to obtain the existence and global stability of the equilibrium point of general models, conditions must be imposed on the functions present in the model. In addition, the model has no basic reproduction number due to the constant flow of infected people, which makes its eradication impossible; therefore, there is no equilibrium point free of infection
In this paper, we discuss the global dynamics of a general susceptible-infected-recovered-susceptibl...
International audienceWe consider models with a general structure which, for example, encompasses th...
In this paper, we consider a non linear epidemic model SIQS by experiencing the disease; whenever i...
AbstractIn this paper, we introduce a basic reproduction number for a multigroup epidemic model with...
In this research work, we study the global stability of the SIR model which describes the dynamics o...
Abstract. We propose a general class of multistage epidemiological models that allow possible deteri...
International audience—The goal of this paper is the establishment of the global asymptotic stabilit...
AbstractThe paper presents a rigorous mathematical analysis of a deterministic model, which uses a s...
In this thesis we focus first on studying the susceptible, exposed, and infected ($SEI$) disease mod...
In this thesis we focus first on studying the susceptible, exposed, and infected ($SEI$) disease mod...
A proper structure of mathematical model is required tounderstand the large size dynamics of the spr...
In this thesis we focus first on studying the susceptible, exposed, and infected ($SEI$) disease mod...
In this thesis we consider an epidemic model with a constant removal rate of infective individuals i...
In this paper we consider the impact of the form of the non-linearity of the infectious disease inci...
In this paper we consider the impact of the form of the non-linearity of the infectious disease inci...
In this paper, we discuss the global dynamics of a general susceptible-infected-recovered-susceptibl...
International audienceWe consider models with a general structure which, for example, encompasses th...
In this paper, we consider a non linear epidemic model SIQS by experiencing the disease; whenever i...
AbstractIn this paper, we introduce a basic reproduction number for a multigroup epidemic model with...
In this research work, we study the global stability of the SIR model which describes the dynamics o...
Abstract. We propose a general class of multistage epidemiological models that allow possible deteri...
International audience—The goal of this paper is the establishment of the global asymptotic stabilit...
AbstractThe paper presents a rigorous mathematical analysis of a deterministic model, which uses a s...
In this thesis we focus first on studying the susceptible, exposed, and infected ($SEI$) disease mod...
In this thesis we focus first on studying the susceptible, exposed, and infected ($SEI$) disease mod...
A proper structure of mathematical model is required tounderstand the large size dynamics of the spr...
In this thesis we focus first on studying the susceptible, exposed, and infected ($SEI$) disease mod...
In this thesis we consider an epidemic model with a constant removal rate of infective individuals i...
In this paper we consider the impact of the form of the non-linearity of the infectious disease inci...
In this paper we consider the impact of the form of the non-linearity of the infectious disease inci...
In this paper, we discuss the global dynamics of a general susceptible-infected-recovered-susceptibl...
International audienceWe consider models with a general structure which, for example, encompasses th...
In this paper, we consider a non linear epidemic model SIQS by experiencing the disease; whenever i...