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首页> 外文会议>International Conference on Humanoid, Nanotechnology, Information Technology, Communication and Control, Environment, and Management >Feasibility of Television White Space Spectrum Technologies for Wide Range Wireless Sensor Network: A survey
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Feasibility of Television White Space Spectrum Technologies for Wide Range Wireless Sensor Network: A survey

机译：电视空白空间频谱技术在大范围无线传感器网络中的可行性：一项调查

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The paper provides a synopsis and analysis of television white space (TVWS), its fundamental aspects, elements, and architectures. This shows disparities between techniques and technologies that may lead to potential gaps for TVWS advanced systems and exploration. TVWS are those unutilized bands that were allocated for television broadcasting. In particular, this can be used for interconnecting wireless users and sensors, especially those in outland areas. This intends to spread the determined system of interrelated devices and networks. The TVWS corresponds to one of the definitive approaches of dynamic spectrum access (DSA), which takes advantage of and adeptly manages the complimentary frequency spectrum for wireless communications. Cognitive radio (CR) in dispersion of DSA’s implementation at the physical, medium access, and control layers offers sophisticated methods for encompassing and interconnecting users or things. Substantially, this work also aims to survey technologies and standards for DSA and collate it with the TVWS approach.
机译：本文提供了电视空白空间（TVWS），其基本方面，元素和体系结构的概要和分析。这表明技术与技术之间的差异可能会导致TVWS先进系统和探索的潜在差距。 TVWS是分配给电视广播的那些未使用的频段。特别是，它可以用于互连无线用户和传感器，尤其是在外地区域的用户和传感器。这旨在传播所确定的相互关联的设备和网络系统。 TVWS对应于动态频谱访问（DSA）的一种确定方法，该方法利用并巧妙地管理了无线通信的互补频谱。认知无线电（CR）分散了DSA在物理层，介质访问层和控制层的实现方式，提供了复杂的方法来包含和互连用户或事物。实质上，这项工作还旨在调查DSA的技术和标准，并将其与TVWS方法进行比较。

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