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An &em&SIS&/em& Epidemic Model with Infective Medium and Feedback Mechanism on Scale-Free Networks

机译:em SIS / em无标度网络上具有传染媒介和反馈机制的流行病模型

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In this paper, a modified SIS (susceptible-infected-susceptible) model with infective medium and feedback mechanism on scale-free networks is presented. The model is suited to describe some epidemic spreading which are not only transmitting by medium but also spreading between individuals by direct contacts. Considering biological relevance and people’s subjective consciousness, we introduce medium and feedback to describe the epidemic spreading. By mathematical analysis, we obtain the epidemic threshold and equilibriums. Simulation shows that the medium parameter can change the threshold, and the bigger it is, the easier epidemic breaks. Feedback parameter cannot change the?basic reproductive number, but it can reduce the endemic level and weaken the epidemic spreading.
机译:本文提出了一种在无标度网络上具有传染媒介和反馈机制的改进的SIS(易感性-易感性)模型。该模型适合描述一些流行病传播,这些传播不仅通过媒介传播,而且通过直接接触在个体之间传播。考虑到生物学相关性和人们的主观意识,我们介绍媒介和反馈来描述流行病的传播。通过数学分析,我们获得了流行阈值和平衡。仿真表明,中等参数可以改变阈值,阈值越大,越容易流行。反馈参数不能改变基本生殖数,但可以降低流行程度,减弱流行病传播。

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