Towards Autonomic Networks

E. Gelenbe
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引用次数: 3

Abstract

The Internet is becoming an immense organism of composite, highly distributed, pervasive, communication intensive services. For such a system to operate effectively, a sensible dialogue between users, services and the network components must proceed constantly based on mutual observation, self-observation, and adaptive and distributed feedback control. We review issues such as network "situational awareness", self-organisation, and structure, and relate these concepts to research on autonomic communication systems. We discuss how this vision can benefit from techniques that have been experimented in the cognitive packet network (CPN) test-bed at Imperial College, which dynamically routes traffic using on-line monitoring, based on users' QoS needs and the network's objectives.
走向自主网络
互联网正在成为一个巨大的有机体,它提供综合的、高度分布的、无处不在的、通信密集的服务。为了使这样一个系统有效运行,用户、服务和网络组件之间必须在相互观察、自我观察以及自适应和分布式反馈控制的基础上不断进行明智的对话。我们回顾了网络“态势感知”、自组织和结构等问题,并将这些概念与自主通信系统的研究联系起来。我们将讨论如何从帝国理工学院的认知分组网络(CPN)测试平台中试验的技术中获益,该技术基于用户的QoS需求和网络目标,使用在线监控动态路由流量。
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