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A digital self-interference cancellation method for practical full-duplex radio

机译:实用全双工无线电的数字自干扰消除方法

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Previous research shows that it is possible to achieve full-duplex system as long as self-interference is cancelled enough. Digital cancellation method is an important step to remove the residue self-interference signal in digital domain. Compared with prior art, this paper purposes a novel digital cancellation method. The recursive least squares (RLS) algorithm is introduced and digital filter length can be adjusted adaptively based on the self-interference channel characteristic. The real-time experimental results show that our method has fairly desirable performance than previous research. It can achieve about 26dB for 5MHz bandwidth signal at high transmit power 15dBm. Furthermore, it is still effective when passive and active cancellation mechanisms are not ideal.
机译:以前的研究表明,只要自干扰取消足够自干扰就可以实现全双工系统。数字取消方法是消除数字域中残留的自干扰信号的重要步骤。与现有技术相比,本文目的是一种新型数字消除方法。引入递归最小二乘(RLS)算法,并且可以基于自干扰通道特性自适应地调整数字滤波器长度。实时实验结果表明,我们的方法具有比以前的研究相当理想的性能。它可以在高发射功率15ddbm下实现约26dB的5MHz带宽信号。此外,当被动和主动消除机制不理想时,它仍然有效。

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