Most of today's mixed criticality platforms feature Systems on Chip (SoC) where a multi-core
CPU complex (the host) competes with an integrated Graphic Processor Unit (iGPU, the …

Multi-core platforms represent the answer of the industry to the increasing demand for
computational capabilities. From a real-time perspective, however, the inherent sharing of …

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 …

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

This paper describes a multicore scheduling and load-balancing framework called
MARACAS, to address shared cache and memory bus contention. It builds upon prior work …

Architects of multicore chips for avionics must define and bound intercore interference,
which requires assuming a constant worst-case execution time for tasks executing on the …

In multicore systems, tasks can be significantly delayed due to contention for access to
shared physical resources. Due to the complexity of the underlying hardware arbitration …

Multi-core is a game changer for automotive industry, providing unprecedented computing
capabilities, and allowing consolidating heterogeneous applications into a single device …

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 …

Real-time systems are required to respond to their physical environment within predictable
time. While multi-core platforms provide incredible computational power and throughput …