Abstract
Gani and Purdue outlined a matrix-geometric method for determining the total size distribution of an epidemic in a recursive manner. In this article, we explore how this method can be used to study an SIR epidemic model with a generalized mechanism of infection. We are able to obtain an explicit formula for the Laplace transform of the transition probabilities. Using this we derive various other quantities explicitly. Examples of such quantities are the transition probabilities and the expectation of the duration of the epidemic.
Mathematics Subject Classification:
ACKNOWLEDGMENTS
The referees are kindly acknowledged for very interesting remarks and suggestions.
This article is part of the Special Issue in honor of Marcel F. Neuts, published in volume 27(4) of Stochastic Models.