In the present work, we offer a critical review of the mathematical models that have been
proposed to date to simulate malware propagation in a network of computers or mobile …

Due to the distributed nature of Denial-of-Service attacks, it is tremendously challenging to
identify such malicious behavior using traditional intrusion detection systems in Wireless …

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 …

This paper is intended to examine the effect of vaccination on the spread of computer
viruses. For that purpose, a novel computer virus propagation model, which incorporates a …

Dynamic immunizations, under which the state of the propagation network of electronic
viruses can be changed by adjusting the control measures, are regarded as an alternative to …

In the paper, we describe the transfer of patients in the healthcare system by SIS-type
equations coupled by impulses at fixed times. The first aim for these considerations is to …

Alerting at the early stage of malware invasion turns out to be an important complement to
malware detection and elimination. This paper addresses the issue of how to dynamically …

With rapid development of Internet, network security issues become increasingly serious.
Temporary patches have been put on the infectious hosts, which may lose efficacy on …

Inevitably, there exist infected computers outside of the Internet. This paper aims to
understand how infected external computers affect the spread of computer viruses. For that …

Disruptive computer viruses have inflicted huge economic losses. This paper addresses the
development of a cost‐effective dynamic control strategy of disruptive viruses. First, the …