To explore evolutionary dynamics of collective behaviors within the interconnected
population, previous studies usually map non-pairwise interactions to higher-order static …

In recent years, as the COVID-19 global pandemic evolves, many unprecedented new
patterns of epidemic transmission continue to emerge. Reducing the impact of negative …

In this paper, we introduce an epidemic model based on a three-layer network, which
includes the mass media layer, the information layer, and the epidemic layer, to explore the …

Epidemic tends to break out with information spreading which occurs between pairwise
individuals or in groups. In active social online platform, three or more individuals can share …

It is known that the vaccination is essential for suppressing the periodic prevalence of an
infectious disease, while the vaccination decision is influenced by external factors. Whether …

With the development of internet, transportation network, and other technologies, the
transmission of information and disease presents complex and diverse new modes, which …

Adverse information can spread through emotional expression to cause public panic and
social instability. The network regulators may limit the spread by force silently. This paper …

During multi-seasonal epidemics, analyzing the individual voluntary vaccination strategy
and understanding its evolutionary patterns are crucial for controlling epidemic spreading …

Motivated by massive outbreaks of COVID-19 that occurred even in populations with high
vaccine uptake, we propose a novel multi-population temporal network model for the spread …

Driven by the rapid development of information technology, online social networks (OSNs)
have experienced a fast development in recent years, allowing increasingly more people to …