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Smart middleware for mutual service-network awareness in evolving 3GPP networks : network aware applications & application aware networks

机译:用于不断发展的3GPP网络中相互服务网络感知的智能中间件:网络感知应用程序和应用感知网络

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摘要

We have designed a smart middleware and are working on implementing and deploying it as a landmark architectural piece run by nodes of the Future Internet. The middleware we propose aims as a main goal at making applications and services fully network-aware in the sense that they utilize network resources and tune their own demands based on what the underlying networks can offer. On the other hand, the smart middleware makes networks service aware in the sense that networks also adapt their configuration to service demands. Challenges of the Future Internet such as scalability, increased interoperability, and smart collaboration between engines are addressed by our middleware. Focusing on 3GPP networks including IP Multimedia Subsystem (IMS) networks, this paper presents the architectural design of our middleware and shows in two showcases how and why it is capable of addressing future challenges. Scenarios such as service and network-aware coordinated load balancing and "always-best-connected" as a service verify the merits of our smart middleware design.
机译:我们已经设计了一个智能中间件,并且正在努力将其作为由Future Internet的节点运行的具有里程碑意义的体系结构来实现和部署。我们提出的中间件的主要目的是使应用程序和服务充分利用网络,因为它们可以利用网络资源并根据底层网络可以提供的内容来调整自己的需求。另一方面,智能中间件可以使网络了解服务,因为网络还可以根据服务需求调整其配置。我们的中间件解决了未来互联网的挑战,例如可伸缩性,增强的互操作性以及引擎之间的智能协作。本文针对包括IP多媒体子系统(IMS)网络在内的3GPP网络,介绍了我们的中间件的体系结构设计,并在两个展示中展示了该中间件如何以及为什么能够应对未来的挑战。服务和网络感知的协调负载平衡以及“始终保持最佳连接”即服务等场景证明了我们智能中间件设计的优点。

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