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A Spectrum Sensing Algorithm for White Spaces Detection Validated in Real Environments

机译:在真实环境中验证的用于空白空间检测的频谱感应算法

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Cognitive Radio Systems have been proposed as the solution to spectrum scarcity, and Spectrum Sensing a good way to detect which frequencies are being used by primary users and avoid interferences. When primary signals are unknown, energy detection is the best while easiest technique for the sensing process. In this paper, we consider energy detection based spectrum sensing for narrowband signals in the TV wideband. Simulations are performed to obtain ROC curves. Designed detector has been validated both with signals generated in the laboratory and with real signals captured from the radio space.
机译:已经提出了认知无线电系统作为频谱稀缺的解决方案,频谱感知是一种检测主要用户正在使用哪些频率并避免干扰的好方法。当主要信号未知时,能量检测是传感过程中最好的方法,也是最简单的技术。在本文中,我们考虑针对电视宽带中的窄带信号基于能量检测的频谱检测。进行仿真以获得ROC曲线。设计的探测器已经通过实验室产生的信号以及从无线电空间捕获的真实信号进行了验证。

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