Since the computer viruses pose a serious problem to individual and corporative computer
systems, a lot of effort has been dedicated to study how to avoid their deleterious actions …

Susceptible (S)–exposed (E)–infectious (I)–quarantined (Q)–recovered (R) model for the
transmission of malicious objects in computer network is formulated. Thresholds, equilibria …

An e-epidemic SEIRS model for the transmission of worms in computer network through
vertical transmission is formulated. It has been observed that if the basic reproduction …

Wireless sensor networks (WSNs) have received extensive attention due to their great
potential in civil and military applications. The sensor nodes have limited power and radio …

Computer viruses are an important risk to computational systems endangering either
corporations of all sizes or personal computers used for domestic applications. Here …

An e-epidemic SIRS (susceptible–infectious–recovered–susceptible) model for the fuzzy
transmission of worms in computer network is formulated. We have analyzed the …

In this paper, an attempt has been made to mathematically formulate a compartmental
susceptible–exposed–infectious–susceptible with vaccination (that is, anti-virus …

In this article, a dynamical model with advection-diffusion, elucidating the transmission
process of disease infection type computer virus, is studied. Such kind of systems help to …

Since computer worms have very acute and negative effects on computer systems, they are
considered as one of the malicious bodies that induce serious issues in these structures …

A differential electronic Susceptible-Infectious-Removed-Susceptible (e-SIRS) epidemic
model of virus and worms in a computer network has been formulated. Latent period …