TL;DR
This paper investigates a higher-order Susceptible-Infectious-Susceptible (SIS) epidemic model incorporating disease-fear and vaccine-fear behavioral states on heterogeneous hypergraphs, revealing that fear-related behavioral responses can substantially affect epidemic outbreaks.
A susceptible-infected-recovered model on clustered networks with stochastic behavioral adaptation, which reveals a rich interplay between behavioral adaptation, transmission heterogeneity, and network clustering in shaping both the onset and structure of epidemic outbreaks.
This paper studies a susceptible--infected--susceptible (SIS) epidemic model coupled with opinion dynamics over a network of communities with higher-order interactions. Unlike standard networked SIS models, which account only for pairwise transmission, the proposed model incorporates group-level infection mechanisms an...
The analysis identifies behavior-disease coupling through endogenous isolation as a population-level mechanism that modifies both equilibrium structure and transient outbreak dynamics, while providing a general framework that links evolutionary behavioral adaptation and epidemic control.
We incorporate stochastic fluctuations into an epidemic-behavior coevolution model and study its threshold dynamics and stationary distributions. By introducing the stochastic basic reproduction number R0σ, the behavioral threshold d, and two potential infection proportions RPσ,1 and RPσ,2, we establish conditions for...
Investigation of a distributed-order fractional SEIRS epidemic model with temporary immunity, vaccination, disease-induced mortality, and density-dependent natural mortality shows that distributed-order memory primarily regulates transient epidemic dynamics while preserving endemic equilibrium stability within the inve...
The findings suggest that simplicial interactions enrich epidemic dynamics primarily through multistability and basin geometry rather than sustained oscillations, although oscillatory behavior in substantially different regimes remains possible.
We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.
