XoS:一个可扩展的云操作系统

L. Peterson, Scott Baker, M. D. Leenheer, A. Bavier, S. Bhatia, Mike Wawrzoniak, Jude C. Nelson, J. Hartman
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引用次数: 30

摘要

本文描述了XOS,一个云操作系统,旨在跨多层云管理硬件和软件资源。XOS通过将可扩展的软件服务提升为一流对象,提高了IaaS云架构中的抽象级别。这涉及到采用三个设计原则:(1)一切即服务(XaaS)(服务是构建块,这些构建块的组合也是服务);(2)多租户(一个租户关系将一个服务连接到另一个服务,并促进对安全、隐私和效率的推理);(3)控制/数据平面分离(业务通过逻辑上集中的业务控制器接口配置,但控制器不在业务之间的数据路径上)。XOS通过操作系统的视角来应用这些原则——它定义了一组抽象,这些抽象支持构建多租户服务,这些服务可以作为可用的构建块折叠回XOS中,同时还扩展了传统IaaS的功能。本文展示了如何使用这些抽象来构建一个功能性的、可发展的、面向服务的云。
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XoS: An Extensible Cloud Operating System
This paper describes XOS, a cloud operating system designed to manage hardware and software resources across a multi-tiered cloud. XOS raises the level of abstraction in an IaaS cloud architecture by elevating scalable software services to first-class objects. This involves adopting three design principles: (1) Everything-as-a-Service (XaaS) (services are building blocks, and combinations of those building blocks are also services); (2) Multi-tenancy (a tenant relationship links one service to another, and facilitates reasoning about safety, privacy and efficiency); and (3) Control/Data-plane separation (services are configured through a logically centralized service controller interface, but the controller is not on the data path between services). XOS applies these principles through the lens of an operating system - it defines a set of abstractions that support constructing multi-tenant services that can be folded back into XOS as available building blocks, while also extending the capabilities of conventional IaaS. The paper shows how these abstractions can be used to build a functional, evolvable, service-oriented cloud.
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