Future generations of avionic equipments are expected to embed multi-core processors.
Using Components Off-The-Shelf (COTS) processors is considered both by the industrial …

Scheduling real-time applications on general purpose multicore platforms is a challenging
problem from a timing analysis perspective. Such platforms expose uncontrolled sources of …

Commercial-of-the-shelf based multi-core systems present timing anomalies that cannot be
ignored by the real-time systems community due to their unpredictable behaviour. These …

With the upcoming shift from single-core to multi-core COTS processor for safety critical
products such as avionics, railway or space computer subsystems, the safety critical industry …

This book describes a cross-domain architecture and design tools for networked complex
systems where application subsystems of different criticality coexist and interact on …

It is largely recognized that the architectures of embedded systems are becoming more and
more complex both at hardware and software levels. Despite the significant advances in the …

Multicore architecture is applied to contemporary avionics systems to deal with complex
tasks. However, multicore architectures can cause interference by contention because the …

The avionics industry is moving towards the use of multi-core systems to meet the demands
of modern avionics applications. In multicore systems, interference can affect execution …

Multiprocessor platforms bring the probabilistic characteristic to real-time systems because
of the performance variations of complex chips. We present a harmonic partitioned …

The demand for increased computing performance is driving industry in critical-embedded
systems (CES) domains, eg space, towards the use of multicores processors. Multicores …