Directional antennas and radio networks

N. Love, L. H. Jones, S. Stegmann
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Abstract

Spectrum management (SM) is a well known important issue [1]. Demand for RF spectrum already exceeds supply [2]. The advent of cognitive radio functionality and other SM advances, while important, have actually been constrained by an almost exclusive focus on omni-directional antennas, with scant attention paid to the spectrum deconfliction benefits accrued from advanced aperture technologies. Advanced apertures with directional beam steering capabilities can reduce a network's electromagnetic “footprint”, and consequently its vulnerability to unintentional interference, while maintaining connectivity. These devices will have a profound impact on SM and software-defined radio (SDR) technologies.
定向天线和无线网络
频谱管理(SM)是一个众所周知的重要问题。对射频频谱的需求已经超过了供应。认知无线电功能的出现和其他SM的进步虽然重要,但实际上却受到了几乎只关注全向天线的限制,而很少关注先进孔径技术带来的频谱消除冲突的好处。具有定向波束导向能力的先进孔径可以减少网络的电磁“足迹”,从而在保持连接的同时减少其对无意干扰的脆弱性。这些设备将对SM和软件定义无线电(SDR)技术产生深远的影响。
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