[PDF] Dynamic Repartitioning of Real-Time Schedule on a Multicore ...
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Abstract. Multicore processors promise higher throughput at lower power consumption than single core processors. Thus in the near future.
Dynamic Repartitioning of Real-Time Schedule on a Multicore Processor ...
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Based on the existing partitioning algorithms for the multiprocessor hard real-time scheduling, this article presents dynamic task repartitioning algorithm that ...
Based on the existing partitioning algorithms for the multiprocessor hard real-time scheduling, this article presents dynamic task repartitioning algorithm that ...
Abstract. Multicore processors promise higher throughput at lower power consumption than single core processors. Thus in the near future.
The authors in [1] considers both feasibility and energy-awareness while partitioning periodic real-time tasks on a multi-core platform. For EDF scheduling,.
Jun 27, 2008 · Simulation results show that Dynamic Repartitioning can produce energy savings of about 8 percent even with the best energy-efficient ...
Simulation results show that Dynamic Repartitioning can produce energy savings of about 8 percent even with the best energy-efficient partitioning algorithm ...
This paper presents Big-LITTLE Constant Bandwidth Server (BL-CBS), a dynamic partitioning approach to schedule real-time task sets in an energy-efficient way.
Energy Efficient Real Time Scheduling on Multi-core Processor with ...
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We propose an energy efficient real time scheduling algorithm for optimizing static and dynamic energy consumption of such processors. The proposed ...
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This research explores the dynamic-priority semi-partitioned scheduling of power asymmetric multicore processors and presented a novel algorithm: EDFwC=D-TS.