学术报告
阅读次数:811

题目: On Spatial Epidemic Models and the Applications

报告人:吴毅湘 博士Vanderbilt University

地点:宁静楼108室

时间:1月3日(星期三),下午 1:30-2:30

报告摘要

Reaction-diffusion epidemic models are proposed in order to understand how spatial heterogeneity influences the transmission dynamics of infectious diseases. In this talk, I will first present our recent numerical studies of the seasonal influenza epidemics in Puerto Rico based on a diffusive susceptible-infected-recovered model. Our simulations demonstrate that even simple diffusive epidemic models have potential applications in real-world situations. Then I will present our theoretical investigations of a reaction-diffusion vector-host epidemic model. We define a basic reproduction number R0 and show that its magnitude determines the global behavior of the solution of the model: if R0 <= 1 the disease free steady state is globally stable; if R0 > 1 the model has a unique globally stable positive steady state. This is joint work with Pierre Magal and Glenn Webb.  

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