Automotive Ethernet is considered to be the next-generation in-vehicle network, because of
its high bandwidth, high throughput, and low cost characteristics. However, no common …

Modern vehicles are being equipped with advanced sensing and communication
technologies, which enable them to connect to surrounding entities. In military vehicular …

Automotive Ethernet is considered the backbone network of future vehicles owing to its high
bandwidth, high throughput, and low cost. With the appearance of the connected car …

With the help of advanced technology, the automotive industry is in continuous evolution.
Modern vehicles are not only comprised of mechanical components but also contain highly …

Controller Area Network (CAN) is the de-facto standard in-vehicle network system. Despite
its wide adoption by automobile manufacturers, the lack of security design makes it …

The automotive industry has recently introduced Advanced driver assistance systems
(ADAS) for safety and better driving. Many Electronic Control Units (ECUs) have been …

In the past years, the automotive industry has experienced a technological revolution driven
by the increasing demand of connectivity and data to develop driver-assistance systems and …

We propose a framework to bridge the gap between secure authentication in automotive
networks and on the internet. Our proposed framework allows runtime key exchanges with …

The fully dynamic dense environment of the Internet of Vehicles (IoV) and conditions like
high traffic jams, collisions, and uneven road conditions increase the communication …

Transport Layer Security (TLS) and Datagram TLS (DTLS) are the de-facto protocols of
Internet of Things (IoT) for end-to-end secure communication. However, typical deployment …