The OmpSs programming model supports task-based parallelism in a similar manner to OpenMP. This whitepaper explores the possibility of implementing an energy-aware scheduling policy in run-time component of the OmpSs programming model, to adapt task execution schedules for balancing energy efficiency with parallel performance. A high-level design description of a run-time scheduling plugin to achieve this is presented, as well as key results from studying its effectiveness with 4 performance metrics, using 17 application benchmarks. The results show that the approach can be leveraged to improve energy efficiency in scenarios where dynamic power accounts for a large component of total power consumption, to benefits that can be programmatical...
International audienceThe energy consumption of computational platforms has recently become a critic...
The energy consumption of computational platforms has recently become a critical problem, both for e...
This article presents a survey of energy-aware scheduling algorithms proposed for real-time systems....
The European Mont-Blanc project aims to build future exascale systems using energy efficient low-pow...
Being on the verge of exascale performance has shifted the prioritization of performance in applicat...
In multicore systems, shared resources such as caches or the memory subsystem can lead to contention...
This thesis explore the energy efficiency of task based programming with OpenMP SuperScalar (OmpSs) ...
Green Computing is a recent trend in computer science, which tries to reduce the energy consumption ...
In this work, we present the experimental assessment of a parallel framework that allows to reduce t...
Power management has become an important system design issue for both embed-ded systems and server s...
Large-scale distributed computing systems (LDSs), such as grids and clouds are primarily designed to...
Power consumed by modern computer systems, particularly servers in data centers has almost reached a...
is a power management technique used to decrease the pro-cessor frequency and minimize power consump...
In the early 2000s, the superscalar CPU paradigm reached the point of diminishing returns mainly due...
Dynamic voltage scaling (DVS) is being increasingly used for power management in embedded systems. E...
International audienceThe energy consumption of computational platforms has recently become a critic...
The energy consumption of computational platforms has recently become a critical problem, both for e...
This article presents a survey of energy-aware scheduling algorithms proposed for real-time systems....
The European Mont-Blanc project aims to build future exascale systems using energy efficient low-pow...
Being on the verge of exascale performance has shifted the prioritization of performance in applicat...
In multicore systems, shared resources such as caches or the memory subsystem can lead to contention...
This thesis explore the energy efficiency of task based programming with OpenMP SuperScalar (OmpSs) ...
Green Computing is a recent trend in computer science, which tries to reduce the energy consumption ...
In this work, we present the experimental assessment of a parallel framework that allows to reduce t...
Power management has become an important system design issue for both embed-ded systems and server s...
Large-scale distributed computing systems (LDSs), such as grids and clouds are primarily designed to...
Power consumed by modern computer systems, particularly servers in data centers has almost reached a...
is a power management technique used to decrease the pro-cessor frequency and minimize power consump...
In the early 2000s, the superscalar CPU paradigm reached the point of diminishing returns mainly due...
Dynamic voltage scaling (DVS) is being increasingly used for power management in embedded systems. E...
International audienceThe energy consumption of computational platforms has recently become a critic...
The energy consumption of computational platforms has recently become a critical problem, both for e...
This article presents a survey of energy-aware scheduling algorithms proposed for real-time systems....