To ensure secure and reliable communication in wireless systems, authenticating the
identities of numerous nodes is imperative. Traditional cryptography-based authentication …

The heterogeneous characteristics of wireless mobile networks within the Internet of things
(IoT) create authentication challenges due to the large number of devices with diverse …

CSI-Based physical layer authentication is a promising candidate to achieve fast and
lightweight authentication for wireless communication. However, the current methods …

Satellite communication networks have gained a lot of attention recently as a solution to
mitigate the limitations of terrestrial networks such as stability and coverage. However …

Physical layer channel key generation is a promising technology for secure communication
in wireless network security, which mainly establishes secure communication keys between …

Internet of Things (IoT) devices have become ubiquitous due to the prevalence of the
Internet. However, the open nature of wireless networks makes them susceptible to spoofing …

This study presents a novel approach for physical layer authentication based on channel
polarization response (CPR). CPR is sensitive to variation in the physical properties of …

To defend against eavesdropping and spoofing attacks, the physical layer authentication
(PLA) techniques utilize the unique attributes of channel or device for identifying attackers …

The vertical heterogeneous network (VHetNets) architecture aims to provide global
connectivity for a variety of services by combining terrestrial, aerial, and space networks …

Given the frequently changing and potentially unreliable environment, the seamless
handover authentication is essential to achieve zero-trust Internet of Vehicles (IoV) network …