Automotive systems are currently undergoing a radical shift in the way they are designed,
implemented and deployed. Such changes impose an increased complexity and a high …

Automotive systems are currently undergoing a radical shift in the way they are designed,
implemented and deployed. Such changes impose an increased complexity and a high …

Mixed-criticality systems are introduced due to industrial interest to integrate different types
of functionalities with varying importance into a common and shared computing platform …

Ensuring fail-operational behavior is critical to enable autonomous driving. With the absence
of a driver as a fallback in a failure scenario it will not be sufficient to use state-of-the-art fail …

Emerging industrial digitization metaphors such as cyber-physical systems and digital twins
increasingly advocate the use of distributed and autonomous modular solutions. This article …

In order to cope with the rising complexity of today's systems, model-based development of
software-intensive embedded systems has become a de-facto standard in recent years. In a …

The degree of automated operation in vehicles is increasing continuously. Manufacturers
want existing and new functions to be integrated, which drives engineering costs. On the …

As the engineering of distributed embedded systems is getting more and more complex, due
to increasingly sophisticated functionalities demanding more and more powerful hardware …

Fail-operational behavior of safety-critical software for autonomous driving is essential as
there is no driver available as a backup solution. In a failure scenario, safety-critical tasks …

Safety critical fault-tolerant embedded systems have to react properly on failures of internal
system elements to avoid failure propagation and finally a harmful external failure at the …