Ethical hacking and vulnerability assessments are gaining rapid momentum as academic
fields of study. Still, it is sometimes unclear what research areas are included in the …

The essentiality of wireless sensor networks (WSNs) in military and health applications
cannot be overemphasized, and this has made these tiny sensors soft targets for malware …

Epidemic simulations have recently been used to model the dynamics of malicious codes in
the network of wireless sensors. This is because of its open existence, which offers a simple …

In this study, we present a novel stochastic SVEIR (Susceptible–Vaccinated–Exposed–
Infectious–Recovered) model specifically designed to analyze worm propagation in wireless …

Malware such as virus, worm, and Trojan horse, is a software designed to pose harmful and
undesirable effects on communication networks. It can cause numerous sever damage like …

This article presents a delayed susceptibility, exposure, infectivity, recovery, and vaccination
(SEIRV) model with nonlinear incidence and ratio-dependent functional responses. Model …

In Event-driven wireless systems, mostly data transmission depends on events occurring in
the sensor field. Most of the time, sensor nodes are silent or in sleep mode. When events …

Cyber-physical systems facilitate seamless interaction between the physical and digital
elements for improved efficiency, automation, and real-time monitoring across domains. This …

While improving network performance, Mobile Edge Computing (MEC) faces significant
security threats due to User Equipment (UE) vulnerabilities and insecure communication …

With the swift progress in communication and IT, information networks are increasingly
integrated into our work and everyday life. This paper is dedicated to the study of the …