Smart services such as smart home, smart grid, smart transportation, and so on, are enabled with advanced communications networks, data analysis and control. However, challenges exist in designing a supporting network with optimal resource management while achieving quality- of-experience for a smart service. In this article, we propose a unified SA-WMN architecture that can be applied to different smart services. The core of the SA-WMN architecture is a smart service-aware network controller. The mega network controller has a service adaptation module, network cognition module and resource provisioning module that can achieve cost-effective wireless-mixed area network deployment, and efficient network resource management of SA-WMN. The proposed SA-WMN architecture is expected to close the gap on wireless network design, improve energy efficiency and enhance spectrum efficiency and access, in a smart service- aware paradigm. It will pave the way for realizing next-generation wireless network based smart services.

中文翻译：

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智能服务感知无线混合区域网络


智能家居、智能电网、智能交通等智能服务是通过先进的通信网络、数据分析和控制来实现的。然而，在设计具有最佳资源管理的支持网络同时实现智能服务的体验质量方面存在挑战。在本文中，我们提出了一个统一的SA-WMN架构，可以应用于不同的智能服务。 SA-WMN架构的核心是智能服务感知网络控制器。巨型网络控制器具有业务适配模块、网络认知模块和资源配置模块，可以实现经济高效的无线混合区域网络部署以及SA-WMN的高效网络资源管理。所提出的 SA-WMN 架构预计将在智能服务感知范式中缩小无线网络设计方面的差距，提高能源效率并增强频谱效率和接入。它将为实现基于下一代无线网络的智能服务铺平道路。