When it comes to in-vehicle networks (IVNs), the controller area network (CAN) bus
dominates the market; automobiles manufactured and sold worldwide depend on the CAN …

Vehicular networks have become a critical component of modern transportation systems by
facilitating communication between vehicles and infrastructure. Nonetheless, the security of …

Abstract Artificial Intelligence (AI)-based IDS systems are susceptible to adversarial attacks
and face challenges such as complex evaluation methods, elevated false positive rates …

The controller area network (CAN) bus facilitates communication between a vehicle's
microcontrollers, known as electronic control units (ECUs). Developed in 1983, the CAN bus …

Vehicle Road Cooperation Systems (VRCS) use next-generation Internet technologies,
including 5G, edge computing, and artificial intelligence to improve mobility, comfort, and …

With the continuous development of vehicular ad hoc networks (VANET) security, using
federated learning (FL) to deploy intrusion detection models in VANET has attracted …

The modern automobile is a network—specifically, a controller area network (CAN)—of
computers. Automotive computers manage the engine (eg, fuel injection), the transmission …

As automobile intelligence continues to develop, the electronic control units connected to
the Controller Area Network (CAN) bus within vehicles face an increasing number of threats …

In today's era of ever connecting devices and exponential growth in the number of small
networks in every digital workspace, security concerns are also growing rapidly. Intrusion …

With an emphasis on behavioral intrusion detection systems [BIDSs], this study investigates
the field of intrusion detection in mobile ad hoc networks [MANETs]. Because they are …