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 …

Predictable hardware cache coherence is an attractive data communication mechanism
between safety-critical tasks deployed on real-time multi-core platforms due to its …

Tasks in modern embedded systems such as automotive and avionics communicate among
each other using shared data towards achieving the desired functionality of the whole …

To facilitate the safe adoption of multi-core platforms in real-time systems, a plethora of
recent research efforts aim at bounding the delays induced by interference upon accessing …

Abstract In Commercial-Off-The-Shelf (COTS) systems-on-chip, processing elements
communicate data through a shared memory hierarchy, and a coherent high-performance …

The adoption of multi-core platforms in embedded real-time systems mandates predictable
system components. Such components must guarantee the satisfaction of the timing …

Tasks in modern embedded systems share data and communicate among each other.
Nonetheless, the majority of research in real-time systems either assumes that tasks do not …

On-chip optical interconnection technology can provide faster transmission speed, greater
communication bandwidth and higher energy efficiency, which has been proposed to …

In today's world, multi-processor plays the vital role in designing supercomputer, mobile
phones and other wearable embedded systems. To handle power and latency issues in …

Cache coherence states have recently been exploited to leak secrets through timing-
channel attacks. The root cause lies in the fact that shared data in state Exclusive (E) and …