Mixed criticality systems are one of the relatively new directions of development for the
classical real-time systems. As the real-time embedded systems become more and more …

Real-time safety-critical systems are getting more complex by integrating multiple
applications with different criticality levels on a single platform. The increasing complexity in …

Real-time and embedded systems are moving from the traditional design paradigm to
integration of multiple functionalities onto a single computing platform. Some of the …

In mixed criticality systems (MCSs), the time-triggered scheduling approach focuses on a
special case of safety-critical embedded applications which run in a time-triggered …

Today, the desire to use mixed-critical systems in the industry is increasing. In order to
provide the processing power required by mixed-critical systems, multi-core architectures …

Modern real-time systems tend to be mixed-critical, in the sense that they integrate on the
same computational platform applications at different levels of criticality. Integration gives the …

Scheduling mixed-criticality systems is a challenging problem. Recently a number of new
techniques are developed to schedule such systems, among which an approach called …

Synchronous languages are widely used to design safety-critical embedded systems. These
languages are based on the synchrony hypothesis, asserting that all tasks must complete …

In this work we develop an offline analysis of periodic mixed-criticality real-time systems. We
develop a graph-based exploratory method to non-preemptively schedule multiple criticality …

In safety-critical systems many software components of different criticalities or assurance
levels need to interact in a timely manner to keep the system and environment safe …