Reinforcement learning approach to implementation of individual controllers in data centre control system

Y. Berezovskaya, Chen-Wei Yang, V. Vyatkin
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Abstract

Contemporary data centres consume electricity on an industrial scale and require control to improve energy efficiency and maintain high availability. The article proposes an idea and structure of the framework supporting development and validation of the multi-agent control for the energy-efficient data centre. The framework comprises two subsystems: the modelling toolbox and the controlling toolbox. This work focuses on such essential components of the controlling toolbox, as an individual controller. The reinforcement learning approach is applied to the controllers’ implementation. The server fan controller, named SF agent, is implemented based on the framework infrastructure and reinforcement learning approach. The agent’s capability of energy-saving is demonstrated.
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数据中心控制系统中单个控制器的强化学习实现方法
现代数据中心以工业规模消耗电力,需要控制以提高能源效率并保持高可用性。本文提出了一种支持节能数据中心多智能体控制开发和验证的框架思想和结构。该框架包括两个子系统:建模工具箱和控制工具箱。这项工作的重点是控制工具箱的这些基本组件,作为一个单独的控制器。将强化学习方法应用于控制器的实现。服务器风扇控制器命名为SF agent,是基于框架基础结构和强化学习方法实现的。验证了该代理的节能能力。
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