In this paper we are interested in mixed-criticality embedded applications implemented on
distributed architectures. Depending on their time-criticality, tasks can be hard or soft real …

In this paper we are interested in mixed hard/soft real-time fault-tolerant applications
mapped on distributed heterogeneous architectures. We use the Earliest Deadline First …

Often real-time systems can run in different modes depending on the external environment
or their internal state. Each operational mode is characterized by a set of tasks with different …

Among the key characteristics of cyber-physical systems are the ability to adapt to changes
during operation, the multidimensional complexity of multi-functionality and the underlying …

Many real-time applications are designed to work in different operating modes each
characterized by different functionality and resource demands. With each mode change …

The complexity of real-time systems has substantially increased in the past few years
regarding both hardware and software aspects. The use of modern sensors, able to capture …

Embedded real-time systems powered by batteries require suitable support for energy-
savings at the operating system level. Mechanisms to do so must take into consideration not …

In a hierarchical scheduling framework, a resource can be shared among modules with
different criticality levels. In our recently introduced adaptive hierarchical scheduling …

Embedded systems are computer systems that are deeply integrated in and interact with the
physical world. The physical world often imposes strict timing constraints on these systems …

This paper presents a novel system model for autonomic and dynamic reconfiguration of
real-time systems. The main goal of this model is to provide means for general autonomic …