For an SEIRS epidemic model with stochastic perturbations on transmission from the susceptible class to the latent and infectious classes, we prove the existence of global positive solutions. For sufficiently small values of the perturbation parameter, we prove the almost surely exponential stability of the disease-free equilibrium whenever a certain invariant R? is below unity. Here R?<R, the latter being the basic reproduction number of the underlying deterministic model. Biologically, the main result has the following significance for a disease model that has an incubation phase of the pathogen: A small stochastic perturbation on the transmission rate from susceptible to infectious via the latent phase will enhance the stability of the d...
Abstract In this paper, we discuss the basic reproduction number of stochastic epidemic models with ...
We present and analyze a stochastic differential equation (SDE) model for the population dynamics of...
In this paper, we analyze a stochastic SIR epidemic model in a constant population with a relapse an...
For an epidemic model of the type mentioned, we prove a theorem on almost sure exponential stabilit...
For an epidemic model of the type mentioned, we prove a theorem on almost sure exponential stability...
This work was supported in part by the Labex CEMPI (ANR-11-LABX-0007-01). T. Li is supported by the ...
We derive and analyze the dynamic of a stochastic SEI epidemic model for disease spread. Fluctuation...
In this paper we extend the classical susceptible-infected-susceptible epidemic model from a determi...
Focusing on epidemic model in random environments, this paper uses white noise and Lévy noise to mod...
We investigate a stochastic SIRS model with transfer from infectious to susceptible and nonlinear in...
In this paper we extend the classical susceptible-infected-susceptible epidemic model from a determi...
AbstractThe paper presents a rigorous mathematical analysis of a deterministic model, which uses a s...
In this paper, we introduce two perturbations in the classical deterministic susceptible–infected–su...
In this paper, an SEIRS epidemic model with nonlinear incidence rate is investigated. The model exhi...
To be more precise about the real world activity, a stochastic multigroup SEIR epidemic model is for...
Abstract In this paper, we discuss the basic reproduction number of stochastic epidemic models with ...
We present and analyze a stochastic differential equation (SDE) model for the population dynamics of...
In this paper, we analyze a stochastic SIR epidemic model in a constant population with a relapse an...
For an epidemic model of the type mentioned, we prove a theorem on almost sure exponential stabilit...
For an epidemic model of the type mentioned, we prove a theorem on almost sure exponential stability...
This work was supported in part by the Labex CEMPI (ANR-11-LABX-0007-01). T. Li is supported by the ...
We derive and analyze the dynamic of a stochastic SEI epidemic model for disease spread. Fluctuation...
In this paper we extend the classical susceptible-infected-susceptible epidemic model from a determi...
Focusing on epidemic model in random environments, this paper uses white noise and Lévy noise to mod...
We investigate a stochastic SIRS model with transfer from infectious to susceptible and nonlinear in...
In this paper we extend the classical susceptible-infected-susceptible epidemic model from a determi...
AbstractThe paper presents a rigorous mathematical analysis of a deterministic model, which uses a s...
In this paper, we introduce two perturbations in the classical deterministic susceptible–infected–su...
In this paper, an SEIRS epidemic model with nonlinear incidence rate is investigated. The model exhi...
To be more precise about the real world activity, a stochastic multigroup SEIR epidemic model is for...
Abstract In this paper, we discuss the basic reproduction number of stochastic epidemic models with ...
We present and analyze a stochastic differential equation (SDE) model for the population dynamics of...
In this paper, we analyze a stochastic SIR epidemic model in a constant population with a relapse an...