Modern automotive systems with adaptive control features require rigorous analysis to
guarantee correct operation. We report our experience in modeling the automotive case …

In the context of automotive domain, modern control systems are software-intensive and
have adaptive features to provide safety and comfort. These software-based features …

In the last years, model-driven engineering has gained a lot of traction, especially in
industrial domains, such as automotive or avionics. Various tools which support model …

AUTOSAR Adaptive Platform (AP) is an emerging industry standard that tackles the
challenges of modern auto-motive software design, but does not provide adequate …

Model-Based Development (MBD) is a common practice in the automotive industry to
develop complex software, for instance, the control software for automotive engines, which …

The design and development of modern automobiles have become a big challenge for the
automotive industry. The complexity of automotive hard-and software systems constantly …

At the ABZ2020 Conference, the case study track proposed to model an Adaptive Exterior
Light System and a Speed Control System: the former controls different exterior lights of a …

Many companies in the automotive industry have adopted model-driven development in
their vehicle software development. As a major automotive company, General Motors (GM) …

This paper reports on our experience in transferring an academic model-based
methodology for the development of automotive software systems into an industrial …

In this paper we present work towards automating two process steps supporting the
optimization of the runnable-to-task mapping in automotive multi-core control units. We …