Current adaptive mixed criticality scheduling policies assume a high criticality mode in which
all low criticality tasks are descheduled to ensure that high criticality tasks can meet timing …

To realize the optimized design of the automotive cyber-physical system, it is required to
consider the interplay between the communication and computation. However, the existing …

Complex real-time systems are traditionally developed in several disjoint steps:(i)
decomposition of applications into sets of recurrent tasks,(ii) worst-case execution time …

Fixed priority scheduling is used in many real-time systems, however, both preemptive and
non-preemptive variants (FP-P and FP-NP) are known to be sub-optimal when compared to …

In this paper, scheduling in a star data gathering network is studied. The worker nodes of the
network produce datasets that have to be gathered by a single base station. The datasets …

Fixed priority scheduling is used in many real-time systems; however, both preemptive and
non-preemptive variants (FP-P and FP-NP) are known to be sub-optimal when compared to …

Real time systems are type of operating systems that respond with respect to time. Quality of
real time systems is of at most importance as failure of system can lead to severe results …

Embedded systems consist of one or more processing units which are completely
encapsulated by the devices under their control, and they often have stringent timing …

Preemptive and non-preemptive scheduling paradigms typically introduce undesirable side
effects when scheduling real-time tasks, mainly in the form of preemption overheads and …

This paper proposes and evaluates the novel utilization of small world network properties for
the formation of team of players with both best performances and best belongingness within …