日之石:穿越迷雾之路

Julien Gedeon, Sebastian Zengerle, Sebastian Alles, Florian Brandherm, M. Mühlhäuser
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引用次数: 2

摘要

雾计算通过在云资源和(移动)用户之间的核心网络中放置资源来扩展云计算。虽然已经提出了许多实现雾计算的框架,但大多数框架都没有考虑联邦雾资源之间的松耦合。在这样的环境中,跨多个管理域和自治系统的雾资源的可扩展发现和编排仍然是一个挑战。在本文中,我们提出了Sunstone1,这是一种雾计算的发现机制,通过结合路径上和路径外发现机制,可以在互联网规模上工作。利用全球路由基础设施中存在的协议,Sunstone可以跨多个雾域运行,同时不需要修改传输网络中现有的网络中间件。此外,Sunstone还包括一个可定制的编排器,在给定发现过程的结果和特定于应用程序的策略的情况下,它允许在雾中对应用程序进行qos感知的放置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sunstone: Navigating the Way Through the Fog
Fog Computing extends Cloud Computing by placing resources in the core network between cloud resources and (mobile) users. While a lot of frameworks to implement Fog Computing have been proposed, most do not consider loose coupling between federated fog resources. In such environments, the scalable discovery and orchestration of fog resources across multiple administrative domains and autonomous systems remains a challenge.In this paper, we present Sunstone1, a discovery mechanism for Fog Computing that works on Internet-scale by combining on-path and off-path discovery mechanisms. Leveraging protocols present in the global routing infrastructure, Sunstone operates across multiple fog-domains while requiring no modifications to existing network middleboxes in the transit network. Furthermore, Sunstone includes a customizable orchestrator, which— given the results of the discovery process and application-specific policies—allows for a QoS-aware placement of applications in the fog.
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