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Ubiquitous Sensor Networks in IMS: an Ambient Intelligence Telco Platform

机译:IMS中的无处不在的传感器网络:环境智能电信平台

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摘要

Ubiquitous Sensor Network (USN) concept describes the integration of heterogeneous and geographically dispersed Wireless Sensor and Actuator Networks (WS&AN) into rich information infrastructures for accurate representation and access to different dynamic user’s physical contexts. This relatively new concept envisions future Sensor-Based Services leading to market disruptive innovations in a broad range of application domains, mainly personal (lifestyle assistants), community (professional users) and industrial domains. The support for this broad range of innovative Ambient Intelligence services urgently demands a standardized access to different WS&AN, and Telco Operators have an opportunity to lead this technological challenge as they evolve towards future Next-Generation Networks. Telefónica Research and Development is a leading innovation company that provides communication services for businesses and consumers. Networks and Service Platforms is a major Telefónica I+D innovation area where new Service Architectures and Platforms concepts are essential for the development of services with a high differentiation value. This contribution describes Telefónica I+D activities directed to the design of an Ambient Intelligence Platform integrating USN concepts over NGN architectures. In our view IP Multimedia Subsystem (IMS) concepts can enable and promote a first generation of Sensor-Based Services where multimedia interactive sessions are enriched with contextual information from WS&ANs. To this end three major design criteria are addressed at three different levels. At the application layer, OMA Service Environment and OGC Sensor Web Enablement are combined to define a specific USN Service Enabler. At the communication, management and control level WS&AN Gateways are defined for integrating WS&ANs infrastructures into all-IP IMS environments. While at the lower level, data and meta-data exchanges with different WS&ANs entities are homogeneously represented using OGC® SensorML standard. Finally this paper concludes by discussing some preliminary business opportunities we foresee for the proposed Platform.
机译:泛在传感器网络(USN)概念描述了将异构且地理位置分散的无线传感器和执行器网络(WS&AN)集成到丰富的信息基础架构中,以准确表示和访问不同动态用户的物理环境的情况。这个相对较新的概念预见了未来的基于传感器的服务,将在广泛的应用领域中推动市场颠覆性创新,这些应用领域主要是个人(生活方式助手),社区(专业用户)和工业领域。对这种广泛的创新环境智能服务的支持迫切需要对不同WS&AN的标准化访问,并且电信运营商有机会在向未来的下一代网络发展的过程中引领这一技术挑战。西班牙电信研发是一家领先的创新公司,为企业和消费者提供通信服务。网络和服务平台是TelefónicaI + D的一个主要创新领域,新的服务体系结构和平台概念对于开发具有高差异性的服务至关重要。此文稿描述了TelefónicaI + D活动,该活动旨在设计一种环境情报平台,该平台在NGN架构上集成了USN概念。在我们看来,IP多媒体子系统(IMS)概念可以实现并促进第一代基于传感器的服务,其中,来自WS&AN的上下文信息将丰富多媒体交互会话。为此,在三个不同的层次上提出了三个主要的设计标准。在应用程序层,将OMA服务环境和OGC传感器Web启用组合在一起以定义特定的USN服务启用器。在通信,管理和控制级别,定义了WS&AN网关,以将WS&AN的基础架构集成到全IP IMS环境中。在较低级别上,使用OGC®SensorML标准统一表示与不同WS&AN实体的数据和元数据交换。最后,本文通过讨论我们对拟议平台的预见商业机会进行总结。

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