“Can you trust a car's software (SW)?” This question attracts attention from professionals,
politicians, and professors for three reasons: ability, access, and interest. Autonomous and …

How can a vehicle owner, purchaser, user, or government regulator verify the software
integrity of an automobile, without requiring access to sensitive intellectual property …

Secure boot has successfully protected systems from executing untrusted software (SW), but
lowpower controllers lack sufficient time to check every memory cell while satisfying real …

This paper presents a cascading scheme designed to measure and validate the software
integrity of interconnected and automated road vehicles. With modern vehicular …

The automotive industry understands that gaining consumer trust is vital to accepting
autonomous vehicles; however, trust is complex and multifaceted. This research introduced …

Given the rapid advancements in engineering and technology, it is anticipated that
connected and automated vehicles (CAVs) will soon become prominent in our daily lives …

With advances in automobile electronics, we find a rapid proliferation of embedded systems
in cars, both in safety-critical applications and for passenger comfort. These embedded …

Increasing degrees of automation in on-road vehicles bear great potential for heightened
driver safety and traffic efficiency in both the near and far future. The more the driver …

In recent years, the amount of embedded software in automobiles has grown exponentially.
At the same time, technologies such as artificial intelligence, machine learning, internet of …

As the era of self-driving cars approaches, there is extensive discussion in the media about
the next generation of vehicles: the potential safety benefits offered by new, increasingly …