Random walk is one of the basic mechanisms of many network-related applications. In this
paper, we study the dynamics of epidemic spreading driven by biased random walks in …

In this paper, we study epidemic spreading in metapopulation networks wherein each node
represents a subpopulation symbolizing a city or an urban area and links connecting nodes …

The structured-population model is extensively used to study the complexity of epidemic
dynamics. In many seminal researches, the impact of human mobility on the outbreak …

Many recent studies have demonstrated that individual awareness of disease may
significantly affect the spreading process of infectious disease. In the majority of these …

Optimizing the allocation of protection resources to control the spreading process in
networks is a central problem in public health and network security. In this paper, we …

The global pandemic of the coronavirus disease 2019 (COVID-19) exemplifies the influence
of human mobility on epidemic spreading. A framework called the movement-interaction …

Medical resources are crucial in mitigating epidemics, especially during pandemics such as
the ongoing COVID-19. Thereby, reasonable resource deployment inevitably plays a …

As COVID-19 spread globally in 2020, the interaction between the traffic dynamics and the
spread of the epidemic has attracted much attention. However, controlling the spread of the …

Vaccination as an epidemic control strategy has a significant effect on epidemic spreading.
In this paper, we propose a novel epidemic spreading model on metapopulation networks to …

We study global stability of endemic equilibrium of an epidemic model with birth and death
on complex networks. Under some conditions, the local asymptotic stability of the endemic …