基于LabVIEW和USRP的频谱传感实验设计

Yonghua Wang, Jian Yang, Pin Wan, Y. Xiao, Weisen Zeng
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引用次数: 1

摘要

频谱感知是认知无线电技术的首要任务。如何实时有效地监测空间无线电信号是频谱传感技术研究的热点和难点。为了提高实验教学效果,提高学生对认知无线电技术的理解,本文基于LabVIEW和USRP搭建了一个频谱传感平台,有助于培养学生对频谱传感技术的实践能力和创新能力。利用能量检测方法,进行了动态光谱感知实验和光谱扫描实验。动态频谱感知实验显示了95MHz-105MHz和950MHz-960MHz频段的频谱使用情况。在70MHz-170MHz和900MHz-1GHz频段上进行了频谱扫描实验,展示了这两个频段的频谱使用情况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of spectrum sensing experiments based on LabVIEW and USRP
Spectrum sensing is the primary task of cognitive radio technology. How to monitor the radio signal in space real-timely and efficiently is a hotspot and difficult point of the research about spectrum sensing technology. In order to improve the experimental teaching effect and students' understanding of cognitive radio technology, this paper builds a spectrum sensing platform based on LabVIEW and USRP, which is useful to train students' practical ability and innovation ability of spectrum sensing technology. By using energy detection method, we carry out dynamic spectrum sensing experiment and spectral scanning experiments. Dynamic spectrum sensing experiments show the spectrum usage in the 95MHz-105MHz and 950MHz-960MHz frequency bands. Spectrum scanning experiments are conducted on the 70MHz-170MHz and 900MHz-1GHz frequency bands and show the spectrum usage of that two bands.
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