Titlebook: Energy-aware Scheduling on Multiprocessor Platforms; Dawei Li,Jie Wu Book 2013 The Author(s) 2013 Energy/power-aware Task Scheduling.Heter

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Imaging of the Paranasal Sinusesing on both uniprocessor and multiprocessor platforms, two research summaries of specific issues with multiprocessor energy-aware scheduling, an extensive energy-aware scheduling survey on uniprocessor systems that focuses on battery-powered devices, as well as a pure scheduling survey on multiprocessor platforms.

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Madjid Samii,Wolfgang Draf,Johannes Langell the overall hierarchy of our work. After that, we predict future directions on energy-aware scheduling on multiprocessor platforms according to three aspects, namely, platform models, task models, and other related concepts.

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Related Work,ing on both uniprocessor and multiprocessor platforms, two research summaries of specific issues with multiprocessor energy-aware scheduling, an extensive energy-aware scheduling survey on uniprocessor systems that focuses on battery-powered devices, as well as a pure scheduling survey on multiprocessor platforms.

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Conclusion and Future Directions,ell the overall hierarchy of our work. After that, we predict future directions on energy-aware scheduling on multiprocessor platforms according to three aspects, namely, platform models, task models, and other related concepts.

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Philippe Neyret,Guillaume Demeyge and Frequency Scaling (DVFS). For ease of understanding and further discussions on multiprocessor platforms, important concepts related to energy-aware scheduling on uniprocessor platforms are also made clear first. For multiprocessor platforms, we mention that several new issues will also be con

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