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Modeling Information Diffusion In Online Social Networks Using SEI Epidemic Model

机译:使用SEI流行模型在线社交网络中的信息扩散

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Social networks act as a great platform for information diffusion where millions of people can exchange information. With the advent of online social networks, spread of information has escalated, thus, making social networks an interesting area of research. Epidemic modeling is a substantial way of studying information diffusion. In this paper, we propose a Susceptible, Exposed-Infected (SEI) Model to analyze how a piece of information spreads in social networks and establish a gap between the number of suspectible, exposed and infected users. In the contemporary SI model, we introduce a set of exposed users which are very high in number as compared to infected users but have a high probability of being infected. Also, the paper aims to demonstrate the wide gap that exists between exposed and infected users with the help of real time data of Twitter.
机译:社交网络充当信息扩散的伟大平台,其中数百万人可以交换信息。随着在线社交网络的出现,信息传播升级,因此,使社交网络成为一个有趣的研究领域。流行病模型是学习信息扩散的实质性途径。在本文中,我们提出了一种易感,暴露的感染(SEI)模型,以分析社交网络中的一条信息如何在社交网络中传播,并在批准,暴露和感染用户的数量之间建立差距。在当代SI模型中,与受感染的用户相比,我们介绍了一组非常高的曝光用户,但具有很高的受感染可能性。此外,本文旨在展示在Twitter的实时数据的帮助下,暴露和感染用户之间存在的宽差距。

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