集成数据中心能源管理的基因架构

D. Pesch, A. Mcgibney, P. Sobonski, S. Rea, T. Scherer, L. Chen, Antonius P. J. Engbersen, D. Mehta, B. O’Sullivan, Enric Pages, J. Townley, Dhanaraja Kasinathan, J. Torrens, V. Zavřel, J. Hensen
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引用次数: 7

摘要

我们提出了一个集成数据中心能源管理的架构,该架构是在欧共体资助的基因项目中开发的。该架构旨在创建一个平台,该平台可以集成工作负载管理、冷却、电源管理和热回收控制等功能,以实现未来高效的数据中心。该体系结构基于分布式系统方法,该方法允许通过定义的接口和数据格式集成由多个实体开发的组件。我们还提供了架构的用例、项目原型实现的简要描述、评估指标和一些经验教训。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The GENiC Architecture for Integrated Data Centre Energy Management
We present an architecture for integrated data centre energy management developed in the EC funded GENiC project. The architecture was devised to create a platform that can integrate functions for workload management, cooling, power management and control of heat recovery for future, highly efficient data centres. The architecture is based on a distributed systems approach that allows the integration of components developed by several entities through defined interfaces and data formats. We also present use cases for the architecture, a brief description of the project's prototypical implementation, evaluation metrics and some lessons learned.
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