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A Fitness Model for Epidemic Dynamics in Complex Networks

机译:复杂网络流行动力学的健身模型

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This paper describes a new approach to the modeling of epidemic dynamics with complex networks. The infection spreading considers the links of each ill node and the probability to infect healthy nodes. Moreover, a fitness parameter is used for each node of a network to simulate the individual reaction against an infectious process. The dynamics of infection has been evaluated on different kinds of complex networks, allowing to conclude that minimal conditions (in terms of infection probability and individual fitness) are required for infection spreading. According to the results obtained during simulations, we claim that the proposed model can be considered a good candidate to study viral spreading in social networks or in those biological systems with a high individual variability in reaction to infections.
机译:本文介绍了具有复杂网络的流行性动态建模的新方法。感染扩频考虑了每个ILL节点的链接和感染健康节点的概率。此外,适用于网络的每个节点用于模拟对传染过程的个体反应的健身参数。在不同种类的复杂网络中评估了感染的动态,允许在感染扩展所需的是,需要得出最小的条件(在感染概率和个体健身方面)。根据在模拟期间获得的结果,我们声称,拟议的模型可以被认为是研究社交网络中病毒扩散的良好候选者,或者在这些生物学系统中具有高个种变异性对感染的生物系统。

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