Power-aware dynamic task scheduling for heterogeneous accelerated clusters. Abstract: Recent accelerators such as GPUs achieve better cost-performance and ...
Recent accelerators such as GPUs achieve better cost-performance and watt-performance ratio, while the range of their application is more limited than gen-.
The proposed scheme attempts to improve energy efficiency by effectively adjusting the schedule based on the acceleration factor, and adopted the popular ...
The proposed scheme attempts to improve energy efficiency by effectively adjusting the schedule based on the acceleration factor. Although in the paper we ...
Linear programming has been utilised for the scheduling of tasks within heterogeneous clusters [25]. By simulation, they showed that using their proposed ...
Missing: accelerated | Show results with:accelerated
This paper describes the OmpSs approach on scheduling dependent tasks onto the asymmetric cores of a heterogeneous system. The proposed scheduling policy ...
Missing: Power- accelerated
Oct 22, 2024 · Specifically, we extend two performance-oriented scheduling policies, Min–Min and Max–Min, and propose power-aware centralized scheduling ...
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Abstract—Several power-aware scheduling policies have been proposed for homogeneous clusters. In this work, we pro- pose a new policy for heterogeneous ...
Power-aware dynamic task scheduling for heterogeneous accelerated clusters. 被引用文献1件. HAMANO Tomoaki. 収録刊行物. The Fifth Workshop on High-Performance ...
This paper presents a power-aware scheduling algorithm based on efficient distribution of the computing workload to the resources on heterogeneous CPU-GPU ...