A multiprocessor scheduling algorithm named U-EDF, was presented in [1] for the
scheduling of periodic tasks with implicit deadlines. It was claimed that U-EDF is optimal for …

Real‐time systems are nowadays extensively used in most time‐critical embedded
applications. The existing multiprocessor real‐time scheduling algorithms are based on …

Energy consumption is an important concern when designing embedded systems. Static
consumption now dominates dynamic consumption as the semiconductor technology moves …

In this paper, we developed a computing architecture and algorithms for supporting soft real-
time task scheduling in a cloud computing environment through the dynamic provisioning of …

Optimal multiprocessor real-time schedulers incur significant overhead for preemptions and
migrations. We present RUN, an efficient scheduler that reduces the multiprocessor problem …

This work proposes CAlECs, a clustered scheduling system for MPSoCs subject to thermal
and energy constraints. It calculates off-line a cyclic executive honoring temporal and …

We present a response time analysis for global fixed-priority preemptive scheduling of
constrained-deadline tasks upon a uniform multiprocessor where each processor can be …

Energy consumption of real-time embedded systems is a growing concern. It includes both
static and dynamic consumption and is now dominated by static consumption as the …

Cluster-based scheduling is recently gaining importance to be applied to mixed-criticality
real-time systems on multicore processors platform. In this approach, the cores are grouped …

Effective energy-aware scheduling is paramount for current and future multiprocessor real-
time systems, being Dynamic Power Management (DPM) one of the employed techniques …