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首页> 外文期刊>IEEE Communications Magazine >Accelerating 5G QoE via public-private spectrum sharing
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Accelerating 5G QoE via public-private spectrum sharing

机译:通过公私频谱共享加速5G QoE

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摘要

Fifth generation wireless systems (5G) must achieve high user Quality of Experience (QoE) in order to compete for market share. Each candidate 5G wireless radio frequency (RF) band offers advantages such as longer range or higher data rate than 2G, 3G, and 4G, but no single band or air interface standard by itself fully achieves ubiquitous levels of QoE for the complete range of wireless access devices. Spectrum clearing cannot keep pace with user demand, so public-private spectrum sharing is emerging as an affordable, near-term method of increasing radio access network (RAN) capacities for content delivery. This paper presents a fresh look at QoE; spectrum scarcity; public uses that underutilize candidate 5G radio frequency (RF) spectrum; and emerging public-private radio interference management frameworks that enable near-term spectrum sharing, with positive consequences for 5G price, performance, and total user QoE.
机译:第五代无线系统(5G)必须达到较高的用户体验质量(QoE),才能竞争市场份额。每个候选5G无线射频(RF)频段都具有比2G,3G和4G更长的范围或更高的数据速率等优点,但是没有一个频段或空中接口标准本身能够完全实现整个无线范围的QoE水平访问设备。频谱清理无法跟上用户需求的步伐,因此,公私频谱共享正在成为一种负担得起的,近期的方法,用于增加内容交付的无线接入网(RAN)容量。本文对QoE进行了全新的介绍。频谱稀缺未充分利用候选5G射频(RF)频谱的公共用途;新兴的公私无线电干扰管理框架,可实现近期频谱共享,并对5G价格,性能和总用户QoE产生积极影响。

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