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Journal Articles Parallel Processing Letters Year : 2011

ERIDIS: Energy-efficient Reservation Infrastructure for large-scale DIstributed Systems

Abstract

At the age of petascale machines, cloud computing and peer-to-peer systems, large-scale distributed systems need an ever-increasing amount of energy. These systems urgently require effective and scalable solutions to manage and limit their electrical consumption. As of now, most efforts are focused on energy-efficient hardware designs. Thus, the challenge is to coordinate all these low-level improvements at the middleware level to improve the energy efficiency of the overall systems. Resource-management solutions can indeed benefit from a broader view to pool the resources and to share them according to the needs of each user. In this paper, we propose ERIDIS, an Energy-efficient Reservation Infrastructure for large-scale DIstributed Systems. It provides a unified and generic framework to manage resources from Grids, Clouds and dedicated networks in an energy-efficient way.
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Dates and versions

ensl-00618594 , version 1 (02-09-2011)

Identifiers

  • HAL Id : ensl-00618594 , version 1

Cite

Anne-Cécile Orgerie, Laurent Lefèvre. ERIDIS: Energy-efficient Reservation Infrastructure for large-scale DIstributed Systems. Parallel Processing Letters, 2011, 21 (2), pp.133-154. ⟨ensl-00618594⟩
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