自主网络

J. Strassner
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引用次数: 18

摘要

下一代网络是通过有线和无线融合网络的融合而实现的。这有可能为最终用户提供无缝服务,在保持应用体验连续性的同时,提供城域/企业和室内/室外覆盖之间的自由移动。然而,这需要对现有的有线和无线网络管理系统进行重大改变。这些变化平衡了创新的认知网络和对普适计算的“平静技术”的呼唤。其结果是一个体验架构,它可以学习和推理提供机制,使用户能够在不考虑设备、媒体和/或技术的情况下完成他或她的任务。本次演讲将提供对此类架构挑战的新见解,并描述一种新的自主架构,该架构可以动态地综合有关其用户,环境以及在任何给定时间放置在网络上的功能和约束的知识,以便动态地调整其功能以满足所需。将研究几个不同的用例,包括传统网络和认知无线电。本次演讲将总结自主通信论坛正在进行的标准化工作,以及这些工作将如何为互操作性提供坚实的基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Autonomic Networking
Next generation networks are being realised by the convergence of wired and wireless converged networks. This has the potential to provide seamless services to the end user, providing freedom of movement between metropolitan/enterprise and indoor/outdoor coverage while maintaining continuity of applications experience. However, this requires significant changes to existing wired and wireless network management systems. These changes balance innovative cognitive networking with a call for the “Calm Technology” of Ubiquitous Computing. The result is an experiential architecture that can learn and reason to provide mechanisms that enable a user to accomplish his or her tasks without regard to device, media, and/or technology. This talk will provide new insight into the challenges of such architectures, and describe a novel autonomic architecture that can dynamically synthesise knowledge about the context of its users, the environment, and the capabilities and constraints placed on the network at any given time in order to dynamically adapt its functionality to that which is required. Several different use cases, including traditional networking as well as cognitive radio, will be examined. This talk will conclude with a summary of the standardisation efforts being undertaken in the Autonomic Communciations Forum, and how these works will provide a solid foundation for interoperability.
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