面向未来互联网的认知云无线网络

A. Georgakopoulos, D. Karvounas, V. Stavroulaki, M. Tosic, D. Boscovic, J. Gebert, W. Koenig, P. Demestichas
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引用次数: 6

摘要

预计无线世界将迈向一个由更多本地/临时架构提供服务的时代。这个方向的一个网络范例是机会主义网络。操作员管理的网络是基础设施的动态创建的、临时的、协调的扩展。运营商管理是通过使用认知管理系统来实现的,该系统可以获取环境的背景、政策和概况,并对创造机会网络做出决定。本文提出了一种利用这种网络的方法,以扩展无线接入和回程段的容量,从而有效地提供应用程序,并对指示性测试用例进行了评估,以证明上述方法的概念。所有这些场景都将使未来互联网时代无线网络面向认知云的愿景成为可能,从而实现高效的应用供应。
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Cognitive cloud-oriented wireless networks for the Future Internet
It is expected that the wireless world will migrate towards an era that will comprise more local/ temporary structures for the provision of services. A networking paradigm towards this direction is the opportunistic networking. Operator-governed ONs are dynamically created, temporary, coordinated extensions of the infrastructure. Operator governance is being realized through the use of Cognitive Management Systems which acquire the context, policies and profiles of the environment and make decisions on the creation of opportunistic networks. The paper presents an approach for exploiting such ONs in order to extend the capacity in wireless access and backhaul segments for efficient application provisioning, as well as an evaluation of indicative test cases as a proof of concept of the aforementioned approach. All these scenarios will enable the cognitive cloud-oriented vision of wireless networks for efficient application provisioning in the Future Internet era.
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