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PAPR Reduction in OFDM Using Partial Transmit Sequence (PTS)

机译:使用部分发送序列(PTS)降低OFDM中的PAPR

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In recent years, OFDM has gained a lot of interest in diverse-digital communication applications. This has been due to its favorable properties like high spectral efficiency and robustness to channel fading. Some of the major drawbacks in OFDM are its high peak-to-average-power ratio(PAPR) of the transmitted signals and the synchronization of signals. OFDM consist of large number of independent subcarriers, as a result of which the amplitude of such a signal can have high peak values. Coding, phase rotation and clipping are among many PAPR reduction schemes that have been proposed to overcome this problem. Significant reduction in PAPR has been achieved using Partial Transmit Sequence(PTS) which comes under Signal scrambling techniques.
机译:近年来,OFDM在多样化的数字通信应用中引起了很多兴趣。这是由于其良好的特性,例如高频谱效率和对信道衰落的鲁棒性。 OFDM的一些主要缺点是其发射信号的峰均功率比(PAPR)高和信号同步。 OFDM由大量独立的子载波组成,因此,此类信号的幅度可能具有较高的峰值。编码,相位旋转和削波是为克服该问题而提出的许多PAPR降低方案之一。使用部分加扰序列(PTS)可以大大降低PAPR,该序列属于信号加扰技术。

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