Non-preemptive tasks with strict periods are usually adopted in practical multi-core real-time
systems when continual sampling and processing of data are required. Systems designers …

Non-preemptive tasks with strict periods are usually adopted in practical real-time systems
where missing deadlines may lead to catastrophic situations. Their schedulability analysis …

Abstract The Avionics Full Duplex Switched Ethernet (AFDX) backbone constitutes one of
the major technological breakthroughs in modern avionic architectures. This network is …

Recently the integrated modular avionics (IMA) architecture has been widely adopted by the
avionics industry due to its strong partition mechanism. Although the IMA architecture can …

The trend in the semiconductor industry toward multicore processors poses a significant
challenge to many suppliers of safety-critical real-time embedded software. Having certified …

The avionic industry has recently adopted the Integrated Modular Avionics (IMA). Such
architectures allow the execution of avionic functions on a shared computing platform while …

A major requirement of many real-time embedded systems is to have time-predictable
interaction with the environment. More specifically, they need fixed or small sampling and I/O …

In the design phase of real-time systems, it cannot be expected that the timing attributes of
all tasks are completely specified and never changed. The increased computation times or …

In this paper, we study non-preemptive uniprocessor real-time scheduling using the non-
preemptive RM (npRM) and EDF (npEDF) scheduling algorithms. We discuss the limitations …

The problem of determining a set of real-time tasks that can be assigned to the
multiprocessors and finding a feasible solution of scheduling these tasks among the …