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An advanced reinforcement learning approach for energy-aware virtual machine consolidation in cloud data centers

机译:一种先进的强化学习方法,用于在云数据中心整合能源敏感型虚拟机

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Energy awareness presents an immense challenge for cloud computing infrastructure and the development of next generation data centers. Inefficient resource utilization is one of the greatest causes of energy consumption in data center operations. To address this problem we introduce an Advanced Reinforcement Learning Consolidation Agent (ARLCA) capable of optimizing the distribution of virtual machines across the data center for improved resource management. Determining efficient policies in dynamic environments can be a difficult task, however the proposed Reinforcement Learning (RL) approach learns optimal behaviour in the absence of complete knowledge due to its innate ability to reason under uncertainty. Using real workload data we evaluate our algorithm against a state-of-the-art heuristic, our model shows a significant improvement in energy consumption while also reducing the number of service violations.
机译:能源意识为云计算基础架构和下一代数据中心的发展提出了巨大的挑战。资源利用效率低下是数据中心运营中能耗的最大原因之一。为了解决此问题,我们引入了高级强化学习整合代理(ARLCA),该代理能够优化整个数据中心中虚拟机的分布,从而改善资源管理。在动态环境中确定有效策略可能是一项艰巨的任务,但是由于其固有的不确定性推理能力,因此所提出的强化学习(RL)方法可在缺乏完整知识的情况下学习最佳行为。使用实际的工作负载数据,我们根据最新的启发式算法评估了我们的算法,我们的模型显示出能耗的显着改善,同时还减少了违反服务的次数。

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