Time-critical computing systems are enablers for various important application domains, like
avionics, automotive, spacecraft, IoT etc. All these applications will be benefited immensely …

For time-sensitive networks, as in the context of IEEE TSN and IETF Detnet, cyclic
dependencies are associated with certain fundamental properties such as improving …

Software timing aspects have only recently received broad attention in the automotive
industry. New design trends and the ongoing work in the AUTOSAR (Automotive Open …

The increasing acceptance of the Earliest Deadline First (EDF) scheduling algorithm in
industrial environments, together with the continued usage of Fixed Priority (FP) scheduling …

This paper proposes a method for the derivation of end-to-end delays of applications that
involve processing on multiple components in a heterogeneous multiprocessor system. The …

Real-Time Calculus (RTC) is a powerful framework to analyze real-time performance of
distributed embedded systems. However, RTC may run into serious analysis efficiency …

A homogeneous avionic communication architecture based on the AFDX supporting mixed-
criticality applications will bring significant advantages, ie, easier maintenance and reduced …

Achieving the accuracy-complexity tradeoffs for compositional timing analyses using
Network Calculus is still a hot research topic. In this specific area, we propose in this paper …

Modern industrial cyberphisical systems exhibit increasingly complex execution patterns like
multipath end-to-end flows, that force the real-time community to extend the schedulability …

Challenges within real-time research are mostly in terms of modeling and analyzing the
complexity of actual real-time embedded systems. Probabilities are effective in both …