Although internal devices (eg, memory, timers) and external devices (eg, transceivers,
sensors) significantly contribute to the energy consumption of an embedded real-time …

Many industrial real-time systems rely on the implicit register communication paradigm to
minimize overheads and ease distributed development. Here, tasks follow a simple input …

The worst-case response time (WCRT)–the time span from release to completion of a real-
time task–is a crucial property of real-time systems. However, WCRT analysis is complex in …

From an operating system's perspective, task migration is a potent instrument to exploit multi-
core processors. Like full preemption, full migration is particularly advantageous as it allows …

Task migration is a potent instrument to exploit multi-core processors. Like full preemption,
full migration is particularly advantageous as it allows the scheduler to relocate tasks at …

Predictable and analyzable I/O is one of the considerable challenges in the design of multi-
core real-time systems. A common approach to tackle this issue is to partition and schedule …

ARA is an RTOS-aware whole-system compiler for embedded applications that takes RTOS
semantics into account for interprocedural analysis and optimization. To be applicable for a …

Multi-core real-time systems face the challenge of efficiently maintaining consistency of
shared data despite concurrent operations. Existing synchronisation techniques ignore data …

The increasing number of embedded systems spawns applications with critical constraints in
both execution time and energy consumption. For their reliable operation, these energy …

Dynamic migration of tasks between cores is nowadays one of the standard mechanisms of
operating systems to exploit multi-core systems. However, migration is practically not used in …