Real-time applications are increasingly targeting many-core platforms, demanding
predictability in a highly dynamic environment. To enable this shift, for each application, a …

Many-core systems enable the concurrent execution of dynamic mixes of applications on a
shared set of dynamically available resources. Predictable execution of real-time …

Many-core processors with Networks-on-Chip (NoCs) offer the scalable computational
power required for complex embedded real-time (RT) applications such as autonomous …

The challenges of multicore systems in the present scenario are increased demand of high
computing and reduced battery power. Multicore processing is increasing rapidly as the …

The aim of this paper is to give a complete and fine definition of the Cheddar Architecture
Design Language. Cheddar is a free real time scheduling tool composed of a graphical …

As the computer industry moves toward large-scale multi-core processors (also called Chip
Multi-Processor, CMP), the quantity of cores on a chip increases dramatically. In order to …

On-chip distributed memory system has become an attractive solution for massive parallel
memory accesses found in future many-core processors. However, increasing number of on …

Theevolution in modern technologies like artificial intelligence, machine learning, cloud
computing, edge computing, data science, etc, focuses on user perspectives like accuracy …

The development of IC technology makes Network-on-Chip (NoC) an attractive architecture
for future massive parallel systems. Task migration optimize the overall communication …

Résumé Les systèmes temps-réel embarqués critiques intègrent un nombre croissant de
fonctionnalités comme le montrent les domaines de l'automobile ou de l'aéronautique. Ces …