Computer networks can be alerted to possible viruses by using kill signals, which reduces
the risk of virus spreading. To analyze the effect of kill signal nodes on virus propagation, we …

In the present study, we develop and analyze an SEIR epidemic model to assess the
consequences of media awareness program and treatment control. The disease …

Virus patches can be disseminated rapidly through computer networks and take effect as
soon as they have been installed, which significantly enhances their virus-containing …

In this paper, stability and optimal control for SIS epidemic systems with birth and death in
directed complex networks are investigated. A class of epidemic systems are constructed …

A novel SIVRS mathematical model for infectious diseases spreading is proposed and
investigated in this paper. In this model virus variation factors are considered in the process …

The kill signals are alert about possible viruses that infect computer network to decrease the
danger of virus propagation. In this work, we focus on a fractional-order SEIR-KS model in …

The node‐based epidemic modeling is an effective approach to the understanding of the
impact of the structure of the propagation network on the epidemics of electronic virus. In …

In this study, the numerical investigations through the stochastic procedures for solving a
class of fractional order (FO) computer virus propagation (CVP) mathematical model with kill …

Advanced persistent threats (APTs) pose a grave threat to cyberspace, because they
deactivate all the conventional cyber defense mechanisms. This paper addresses the issue …

As compared to the traditional advertising, word-of-mouth (WOM) communications have
striking advantages such as significantly lower cost and much faster propagation, and this is …