Sky Computing: When Multiple Clouds Become One

J. Fortes
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引用次数: 5

Abstract

Summary form only given. The growing number of announced commercial and scientific clouds strongly suggests that in the near future these providers will be differentiated according to the types of their services, their cost, availability and quality. Users will be able to use these and other criteria to determine which clouds best suit their needs, a plausible scenario being the case when users need to aggregate capabilities provided by different clouds. In such scenarios it will be essential to provide virtual networking technologies that enable providers to support cross-cloud communication and users to deploy cross-cloud applications. This talk will describe one such technology, its salient features and remaining challenges. It will also put forward the idea of virtual clouds, i.e. providers of computing services overlaid on more than one cloud. A virtual cloud spans across multiple cloud providers and presents the view of a single logical cloud. Virtual clouds would enable high-level computing services to be provided by third parties who do not own physical resources, could be short or long-lived and highly dynamic. Enabling technologies, challenges and examples of sky computing will be presented.
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天空计算:当多云合二为一
只提供摘要形式。越来越多的商业和科学云表明,在不久的将来,这些提供商将根据其服务类型、成本、可用性和质量进行区分。用户将能够使用这些标准和其他标准来确定哪些云最适合他们的需求,当用户需要聚合不同云提供的功能时,可能会出现这种情况。在这种情况下,必须提供虚拟网络技术,使提供商能够支持跨云通信,使用户能够部署跨云应用程序。本演讲将描述一种这样的技术,它的突出特点和仍然存在的挑战。它还将提出虚拟云的概念,即在多个云上提供计算服务。虚拟云跨越多个云提供商,呈现单个逻辑云的视图。虚拟云将使不拥有物理资源的第三方能够提供高级计算服务,这些服务可以是短期的,也可以是长期的,并且是高度动态的。将介绍天空计算的使能技术、挑战和实例。
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