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Jamming Detection: A Multicarrier Approach

机译:干扰检测:一种多载波方法

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Multicarrier approach is used in orthogonal frequency-division multiple access (OFDMA) based systems such as Long-Term Evolution (LTE), which is the most current commercial communication technology in Europe. Since its widespread use, reliable communications for critical applications become vital. Regrettably, radio jamming may be the simplest form for disruption of these networks. This article approaches to this problem as a jamming detection problem. A multiple hypothesis testing problem is modeled. Neyman-Pearson theorem is used to analyze detection and false alarm probability of detector. To simply overcome the problem, we use the asymptotic probability of detection.
机译:多载波方法用于基于正交频分多址(OFDMA)的系统中,例如长期演进(LTE),这是欧洲最新的商业通信技术。自从广泛使用以来,针对关键应用程序的可靠通信就变得至关重要。遗憾的是,无线电干扰可能是破坏这些网络的最简单形式。本文将这个问题作为干扰检测问题进行处理。对多重假设检验问题进行了建模。 Neyman-Pearson定理用于分析检测器的检测和虚警概率。为了简单地解决该问题,我们使用检测的渐近概率。

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