The increasing dependence of Autonomous Vehicles (AVs) on complex software and
network connectivity makes them vulnerable to cyberattacks. These attacks can potentially …

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 …

Smart communication systems improve VANETs with the assistance of intelligent software
systems. Such electronic tools allow automatic traffic control services to reduce road injuries …

Car hacking is becoming prevalent with new cyber techniques to hack any car by hacking its
internal network controller. Most internal networks of a car are being controlled by a …

Modern vehicles have become connected via On-Board Units (OBUs) involving many
complex embedded and networked devices with steadily increasing processing and …

False event propagation is one of the main reasons of disruption of a network. So, false
events need to be detected early to protect the network from collapsing. In this paper, a trust …

A significant increase in the use of electronics control units (ECUs) in modern vehicles has
made controller area network (CAN) a de facto standard in the automotive industry. CAN …

The emergence of connected and autonomous vehicles has led to complex network
architectures for electronic control unit (ECU) communication. The controller area network …

Some current and next generation security solutions employ machine learning and related
technologies. Due to the nature of these applications, correct use of machine learning can …

In-vehicle networks remain largely unprotected from a myriad of vulnerabilities to failures
caused by adversarial activities. Remote attacks on the SAE J1939 protocol based on …