In reality, when epidemics spread, higher-order interactions in group settings such as homes
and schools, for example, can make infections more likely to occur. People often voluntarily …

Currently, vaccination is the most effective means to prevent the spread of infectious
diseases. In this paper, a novel SIRV-NI-EG (susceptible, infected, recovered, vaccinated …

The main goal of this paper is to study how a decision-making rule for vaccination can affect
epidemic spreading by exploiting the Bush–Mosteller (BM) model, one of the methodologies …

Predicting the evolutionary dynamics of the COVID-19 pandemic is a complex challenge.
The complexity increases when the vaccination process dynamic is also considered. In …

Attacks exploiting the innate and the acquired vulnerabilities of human users have posed
severe threats to cybersecurity. This work proposes ADVERT, a human-technical solution …

Previous studies have pointed out that it is hard to achieve the level of herd immunity for the
population and then effectively stop disease propagation from the perspective of public …

The effectiveness of a mass vaccination program can engender its own undoing if
individuals choose to not get vaccinated believing that they are already protected by herd …

Exploring vaccination behavior is fundamental to understand the role of vaccine in
suppressing the epidemic. Motivated by the efficient role of the risk perception and the …

Accounting for individual decisions in mechanistic epidemiological models remains a
challenge, especially for unregulated endemic animal diseases for which control is not …

The severity of an epidemic has a significant impact on individual vaccinating decisions
under voluntary vaccination. During the epidemic of a vaccine‐preventable disease …