Modern multiprocessor and multicore architectures adopt shared resources to meet
increased performance requirements. Adaptive arbiters, such as FlexRay, have been …

Software-based control of physical systems is common in domains such as automotive,
avionics, and industrial automation. Safety of such systems is determined by control …

Multicore architectures are increasingly used nowadays in embedded real-time systems.
Parallel execution of tasks feigns the possibility of a massive increase in performance …

FlexRay is gaining wide acceptance as the next generation bus protocol for automotive
networks. This has led to tremendous research interest in techniques for scheduling signals …

Critical embedded systems are often designed as a set of real-time tasks, running on shared
computing modules, and communicating through networks. Because of their critical nature …

Driven by the increasing demand for high speed communication of the in-vehicle automotive
systems, car manufacturers and suppliers have developed the FlexRay communication …

FlexRay offers high-speed reliable transmission in the vehicle domain. Thus, it is one of the
most popular in-vehicle communication protocols for the applications that are safety-critical …

FlexRay is a communication bus (and associated protocol) that supports transmission of
time-triggered and event-triggered frames. A method for determining the worst-case …

The problem addressed in this paper is the limitation imposed by network elements,
especially Ethernet elements, on the real-time performance of timecritical systems. Most …

Distributed systems are omnipresent nowadays and networking them is fundamental for the
continuous dissemination and thus availability of data. Provision of data in real-time is one of …