1000 Islands: Integrated Capacity and Workload Management for the Next Generation Data Center

Xiaoyun Zhu, D. Young, B. J. Watson, Zhikui Wang, J. Rolia, S. Singhal, B. McKee, C. Hyser, D. Gmach, R. Gardner, T. Christian, L. Cherkasova
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引用次数: 177

Abstract

Recent advances in hardware and software virtualization offer unprecedented management capabilities for the mapping of virtual resources to physical resources. It is highly desirable to further create a "service hosting abstraction" that allows application owners to focus on service level objectives (SLOs) for their applications. This calls for a resource management solution that achieves the SLOs for many applications in response to changing data center conditions and hides the complexity from both application owners and data center operators. In this paper, we describe an automated capacity and workload management system that integrates multiple resource controllers at three different scopes and time scales. Simulation and experimental results confirm that such an integrated solution ensures efficient and effective use of data center resources while reducing service level violations for high priority applications.
1000岛:下一代数据中心的集成容量和工作负载管理
硬件和软件虚拟化的最新进展为虚拟资源到物理资源的映射提供了前所未有的管理能力。进一步创建“服务托管抽象”是非常可取的,它允许应用程序所有者专注于其应用程序的服务级别目标(slo)。这就需要一种资源管理解决方案来实现许多应用程序的slo,以响应不断变化的数据中心条件,并向应用程序所有者和数据中心运营商隐藏复杂性。在本文中,我们描述了一个自动化的容量和工作负载管理系统,该系统在三个不同的范围和时间尺度上集成了多个资源控制器。仿真和实验结果证实,这种集成解决方案确保了数据中心资源的高效利用,同时减少了高优先级应用程序的服务水平违规。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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