The unabated increase in the complexity of the hardware and software components of
modern embedded real-time systems has given momentum to a host of research in the use …

This survey covers probabilistic timing analysis techniques for real-time systems. It reviews
and critiques the key results in the field from its origins in 2000 to the latest research …

The performance of time-predictable systems can be improved in multi-core processors
using parallel programming models (eg, OpenMP). However, schedulability analysis of …

Multicores are becoming ubiquitous in automotive. Yet, the expected benefits on integration
are challenged by multicore contention concerns on timing V&V. Worst-case execution time …

In real-time systems, the techniques to derive bounds to the contention tasks can suffer in
multicore build on resource quota monitoring and enforcement. Existing techniques track …

Car manufacturers relentlessly replace or augment the functionality of mechanical
subsystems with electronic components. Most such subsystems (eg, steer-by-wire) are …

Worst Case Execution Time estimation of software running on parallel platforms is a
challenging task, due to resource interference of other tasks and the complexity of the …

The prevailing use of multicores in Embedded Critical Systems (ECS) is multi-application
workloads in which independent applications run in different cores with data sharing …

Off-the-shelf multicore systems are increasingly used in real-time fields, but hardware
resource contention remains a key challenge. This work focuses on statically scheduled …

The UP2DATE H2020 project focuses on highperformance heterogeneous embedded
platforms for critical systems. We will develop observability and controllability solutions to …