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Possibility of Peak-to-Avegare Power Ratio Reduction by Application of Optimal Signal for Transmitter Based on SDR HackRF One

机译:基于SDR HackRF的最优信号发送器降低峰均功率比的可能性1

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In this paper the research on realization of transmitter for optimal signals which provide high spectral efficiency without significant energy losses is done. HackRF One is chosen as a transmitter. Experiments showed that peak-to-average power ratio (PAPR) of transmitted sequence is higher than theoretical both in case of “classic” signals with rectangular envelope form and optimal ones (with and without restriction on peak-to-average power ratio). It is caused by parasitic amplitude modulation. However, experimental values of PAPR of optimal signals are less than ones of “classic” signals due to absence of transient processes. In future works BER performance of implemented transmitter will be estimated.
机译:在本文中,对实现最佳信号的发射机的研究已经完成,该信号可提供高频谱效率而又不会造成明显的能量损耗。 HackRF One被选作发送器。实验表明,在具有矩形包络形式的“经典”信号和最佳信号(有和没有限制峰均功率比)的情况下,传输序列的峰均功率比(PAPR)均高于理论值。它是由寄生幅度调制引起的。但是,由于没有瞬态过程,最佳信号的PAPR的实验值小于“经典”信号的PAPR的实验值。在将来的工作中,将估算已实现发射机的BER性能。

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