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Power-Aware DBMS: Potential and Challenges

机译:功率感知型DBMS:潜力和挑战

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Energy consumption has become a first-class optimization goal in computing system design and implementation. Database systems, being a major consumer of computing resources (thus energy) in modern data centers, also face the challenges of going green. In this position paper, we describe our vision on this new direction of database system research, and report the results of our recent work on this topic. We describe our ideas on the key issues in designing a power-aware DBMS and sketch our solutions to such issues. Specifically, we believe that the ability for the DBMS to dynamically adjust various knobs to satisfy energy (and performance) goals is the main technical challenge in this paradigm. To address that challenge, we propose dynamic modeling and tuning techniques based on formal feedback control theory. Our preliminary data clearly show that the energy savings can be significant.
机译:能耗已成为计算系统设计和实现中的一流优化目标。数据库系统是现代数据中心中计算资源(因此能源)的主要消耗者,也面临着绿色环保的挑战。在本立场文件中,我们描述了我们对数据库系统研究这一新方向的愿景,并报告了我们在该主题上最近的工作成果。我们将描述有关设计功率感知型DBMS的关键问题的想法,并概述针对这些问题的解决方案。具体来说,我们认为DBMS动态调整各种旋钮以满足能源(和性能)目标的能力是此范例中的主要技术挑战。为了应对这一挑战,我们提出了基于形式反馈控制理论的动态建模和调整技术。我们的初步数据清楚地表明,节能效果可观。

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