In light of the dynamic interaction between epidemic spreading and behavior responses, the
development of a comprehensive epidemic model is both crucial and challenging. In this …

During the epidemic outbreak, people's reactions to social contacts of varying degrees of
intimacy exhibited significant differences. Historical data further reveal that interactions …

Since 2019, major infectious disease outbreaks have placed tremendous pressure on global
public health systems, triggering extensive research on the predictive modeling of infectious …

Modern social media can facilitate the diffusion of epidemic-related information during
pandemics, thereby enhancing individual epidemic awareness. However, current research …

This paper proposes a multi-agent-based game-theoretic framework to explore the
dynamics of decision-making among agents in a situation involving a dual-strain epidemic …

In recent years, the interaction between information diffusion and epidemic spreading in
higher-order networks has been a hot research topic. Previous study has revealed that …

Higher-order interaction is prevalent in biology, contagion, and the social sciences, leading
to more complex dynamic behaviors. Investigating how the higher-order interaction …

Nodes in complex networks are generally allocated into groups using community detection
methods. These communities are based on the interactions between nodes (links) …

The rapid spread of online rumors has significant negative impacts on the online ecosystem
and social order, which is closely tied to users' cognitive traits. To explore the mechanisms of …

Meta-population networks are effective tools for capturing population movement across
distinct regions, but the assumption of well-mixed regions fails to capture the reality of …