Current standards for vehicle safety consider only accidental failures; they do not consider
failures caused by malicious attackers. The standards implicitly assume that the sensors and …

Secure and trustworthy automotive on-board IT systems are essential for the success of
intelligent transport systems based on vehicle-to-vehicle and vehicle-to-infrastructure …

Electronic control units (ECUs) of a vehicle control the behavior of its devices—eg, break
and engine. They communicate through the in-vehicle network. Vehicles communicate with …

Connected and automated vehicles (CAVs) provide various valuable and advanced
services to manufacturers, owners, mobility service providers, and transportation authorities …

With features of collaborative interaction and autonomous decision-making, connected and
autonomous vehicles (CAVs) offer a viable solution for a sustainable and efficient future of …

Abstract Protecting Connected and Automated Vehicle (CAV) from cyber attacks and data
breaches is a major challenge facing the deployment of driverless vehicles. The CAV is a …

Future automotive systems will be connected with other vehicles and information systems for
improved road safety, mobility and comfort. This new connectivity establishes data and …

The automotive industry has grown to become an essential part of our everyday life and has
led to enormous improvements of our society and lifestyle. In the past few years, electronics …

The automotive industry is maximizing cooperative interactions between vehicular sensors
and infrastructure components to make intelligent decisions in its application (ie, traffic …

Connected vehicles utilize various communication types that take place between different
entities such as vehicle, infrastructure, cloud, and mobile. Connected vehicles have sensors …