Towards energy-proportional Clouds partially powered by renewable energy

Nicolas Beldiceanu 1, 2 Bárbara Dumas Feris 3, 4 Philippe Gravey 3, 4 Md Sabbir Hasan 5, 6, 7 Claude Jard 7, 8 Thomas Ledoux 5, 2 Yunbo Li 9, 2 Didier Lime 10, 7 Gilles Madi-Wamba 1, 2 Jean-Marc Menaud 5, 2 Pascal Morel 11, 12, 13 Michel Morvan 3, 4 Marie-Laure Moulinard 3, 4 Anne-Cécile Orgerie 14, 9 Jean-Louis Pazat 6, 9 Olivier H. Roux 10, 7 Ammar Sharaiha 13, 11, 12
Abstract : With the emergence of the Future Internet and the dawning of new IT models such as cloud computing, the usage of data centers (DC), and consequently their power consumption, increase dramatically. Besides the ecological impact, the energy consumption is a predominant criterion for DC providers since it determines the daily cost of their infrastructure. As a consequence, power management becomes one of the main challenges for DC infrastructures and more generally for large-scale distributed systems. In this paper, we present the EpoCloud prototype, from hardware to middleware layers. This prototype aims at optimizing the energy consumption of mono-site Cloud DCs connected to the regular electrical grid and to renewable-energy sources.
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Nicolas Beldiceanu, Bárbara Dumas Feris, Philippe Gravey, Md Sabbir Hasan, Claude Jard, et al.. Towards energy-proportional Clouds partially powered by renewable energy. Computing, Springer Verlag, 2017, 99 (1), pp.3-22. ⟨10.1007/s00607-016-0503-z⟩. ⟨hal-01340318⟩

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