This survey reviews the scientific literature on techniques for reducing interference in real-
time multicore systems, focusing on the approaches proposed between 2015 and 2020. It …

Architectures used in safety critical systems have to pass certain certification standards,
which require sufficient proof that they will behave as expected. Multi-core processors make …

Hard real-time systems focus on obtaining a feasible schedule while satisfying different
temporal requirements. In safety-critical applications, this schedule is generated offline. This …

We consider the problem of statically scheduling a task graph of moldable streaming tasks
(ie, the actor network) to a multicore or many-core CPU with discrete dynamic voltage and …

In order to obtain a feasible schedule of a hard real-time system, heuristic based techniques
are the solution of choice. In the last few years, optimization solvers have gained attention …

In recent years, high computational power has been required for computer platforms to
support complex systems such as self-driving systems. Clustered many-core processors and …

Embedded systems such as self-driving systems require computing platforms with high
computing power and low power consumption. Multi/many-core platforms meet these …

With the technology trend of hardware and workload consolidation for embedded systems
and the rapid development of edge computing, there has been increasing interest in …

Embedded systems, eg, self-driving systems, are becoming larger and more complex, and
the performance requirements of such platforms are increasing. Clustered many-core …

[ES] Los sistemas de tiempo real se caracterizan por exigir el cumplimento de unos
requisitos temporales que garanticen el funcionamiento aceptable de un sistema …