Modern automobiles depend on internal vehicle networks (IVNs) to control systems from the
anti-lock brakes to the transmission to the locks on the doors. Many IVNs, particularly the …

The automotive domain has realized amazing advancements in communication,
connectivity, and automation—and at a breakneck pace. Such advancements come with …

Devices that ensure vehicle and driver safety or provide services to drivers generate a
substantial amount of network traffic. The traffic is transmitted to the In-Vehicle Network (IVN) …

The automotive Ethernet is gradually replacing the traditional controller area network (CAN)
as the backbone network of the vehicle. As an essential protocol to solve service-based …

Automotive Ethernet enables high-bandwidth in-vehicle networking, facilitating the
transmission of sensor data among electronic control units. However, the increasing …

Developments in connected and autonomous vehicle technologies provide drivers with
many convenience and safety benefits. Unfortunately, as connectivity and complexity within …

The proliferation of devices aimed at enhancing vehicle and driver safety or providing
various services to drivers has resulted in a considerable amount of network traffic …

Modern automobiles are increasing the demand for automotive Ethernet as a high-
bandwidth and flexible in-vehicle network technology. However, since Ethernet does not …

Vehicle infrastructure must address the challenges posed by today's advances toward
connected and autonomous vehicles. To allow for more flexible architectures, high …

The safety of Connected and Autonomous Vehicle (CAV) depends on the security of in-
vehicle communication. The Controller Area Network (CAN) bus holds a crucial position in …