认知无线电网络的频谱传感技术:性能分析

Sana Ziafat, W. Ejaz, H. Jamal
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引用次数: 43

摘要

随着电信技术的进步,人们普遍认为我们的频谱越来越少。如果我们看一下频率使用图表,实际上可以看到频谱使用集中在某一部分,而有些频段未被利用,这意味着我们实际上存在频谱丰富的问题,这在于频谱管理政策。认知无线电技术为利用电磁频谱提供了有效途径。认知无线电的物理层提供了感知频谱以确定频谱孔的功能。文献已经提出了各种技术来感知光谱,但仍有空间在这一领域的研究人员。本文给出了几种频谱传感技术的实现问题,并对能量检测、匹配滤波器检测、基于周期特征的检测和基于特征值的检测进行了性能分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Spectrum sensing techniques for cognitive radio networks: Performance analysis
With the advancements in telecommunication, it is generally believed that we are getting short of spectrum. If we look at frequency usage chart it is practically viewed that spectrum usage is concentrated at some portion while some of frequency bands are left unutilized, means actually we have spectrum abundance problem lies in spectrum management policies. Cognitive radio technology provides the efficient way to utilize the electromagnetic spectrum. Physical layer of cognitive radio provides the facility to sense spectrum to determine the spectrum holes. Literature has presented various techniques to sense the spectrum but still there is room for researchers in this field. This paper provides the implementation issues for several spectrum sensing techniques and performance analysis for energy detection, matched filter detection, cyclotationary feature based detection and eigenvalue based detection.
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