Some mathematical methods for formulation and numerical simulation of stochastic epidemic models are presented. Specifically, models are formulated for continuous-time Markov chains and stochastic differential equations. Some well-known examples are used for illustration such as an SIR epidemic model and a host-vector malaria model. Analytical methods for approximating the probability of a disease outbreak are also discussed. Keywords: Branching process, Continuous-time Markov chain, Minor outbreak, Stochastic differential equation, 2000 MSC: 60H10, 60J28, 92D3
The dynamics of deterministic and stochastic discrete-time epidemic models are analyzed and compared...
A stochastic continuous-infection model is developed that describes the evolution of an infectious d...
A stochastic continuous-infection model is developed that describes the evolution of an infectious d...
This monograph provides a summary of the basic theory of branching processes for single-type and mul...
Disease outbreaks in stochastic SIR epidemic models are characterized as either minor or major. When...
Models of exponential growth, logistic growth and epidemics are common applications in undergraduate...
Introduction Recent research has revealed a surge in the application of Stochastic Differential Equ...
International audienceWe present a stochastic methodology to study the decay phase of an epidemic. I...
Abstract. The evolution of disease requires a firm understanding of hetero-geneity among pathogen st...
We present a stochastic methodology to study the decay phase of an epidemic. It is based on a genera...
prof.dr. J.S.H. van Leeuwaarden Two types of stochastic epidemic models are investigated. For the Re...
Stochastic models have an important role in modeling and analyzing epidemic diseases for small size ...
abstract: Mathematical modeling of infectious diseases can help public health officials to make deci...
This thesis deals with two basic models which are used for epidemic model- ling in closed population...
In this paper we propose a continuous-time Markov chain to describe the spread of an infective and n...
The dynamics of deterministic and stochastic discrete-time epidemic models are analyzed and compared...
A stochastic continuous-infection model is developed that describes the evolution of an infectious d...
A stochastic continuous-infection model is developed that describes the evolution of an infectious d...
This monograph provides a summary of the basic theory of branching processes for single-type and mul...
Disease outbreaks in stochastic SIR epidemic models are characterized as either minor or major. When...
Models of exponential growth, logistic growth and epidemics are common applications in undergraduate...
Introduction Recent research has revealed a surge in the application of Stochastic Differential Equ...
International audienceWe present a stochastic methodology to study the decay phase of an epidemic. I...
Abstract. The evolution of disease requires a firm understanding of hetero-geneity among pathogen st...
We present a stochastic methodology to study the decay phase of an epidemic. It is based on a genera...
prof.dr. J.S.H. van Leeuwaarden Two types of stochastic epidemic models are investigated. For the Re...
Stochastic models have an important role in modeling and analyzing epidemic diseases for small size ...
abstract: Mathematical modeling of infectious diseases can help public health officials to make deci...
This thesis deals with two basic models which are used for epidemic model- ling in closed population...
In this paper we propose a continuous-time Markov chain to describe the spread of an infective and n...
The dynamics of deterministic and stochastic discrete-time epidemic models are analyzed and compared...
A stochastic continuous-infection model is developed that describes the evolution of an infectious d...
A stochastic continuous-infection model is developed that describes the evolution of an infectious d...