Distributed mixed-criticality system (DMCS) has been widely used in various critical domains
such as self-driving cars and space crafts. To guarantee the end-to-end QoS (ie …

This paper investigates how the multi-phase representation of real-time tasks impacts their
implementation and the precision of the interference analysis in a multi-core context. In …

Current homogeneous and heterogeneous computing systems reach high performance
through parallelization. Yet, parallel execution of tasks entails non-trivial latency-vs …

The number of electronic devices deployed around us has followed a steadily increasing
trend over the last decade. As the transistor miniaturization and integration processes …

Current homogeneous and heterogeneous computing systems reach high performance
through parallelization. Yet, parallel execution of tasks entails non-trivial latency-vs …

The execution time of a task depends both on the input data, which define the sequence of
instructions executed, and on the execution platform, which determines the duration of these …

The demand for computational power in real-time embedded systems has increased
significantly, making multi-core and heterogeneous systems attractive in the real-time …

In the design of critical real-time embedded systems, predictability in timing behavior and in
system resource usage is necessary. Vestal's mixed-criticality task model and the …

[BCHL19, BCEP12, BM13, CP13a, CDBB24, CKGN14, CC14, CBH22a, CBH22b, CP13b,
DV13, DSD12, Edi13, FM12, GV21b, Goe14, GP07, HCK+08, HTLC10, Hüb13, JB02, JB03 …