An Optimized Waveform Synthesis Scheme To Resolve High PAPR In MIMO OFDM Systems (A Review)

Qazi Saeed Ahmad, Imran Khan
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Abstract

Multicarrier transmission is a difficult method for high velocity information transmission over a dispersive media. An Orthogonal Frequency Division Multiplexing (OFDM) plot stays a multicarrier balance as well as multiplexing plan which utilizes a comparative handling technique letting the synchronized transmission of information organized a few completely fanned out, orthogonal sub-transporters. One significant test in multicarrier transmission is PAPR. There are a few strategies and procedures for PAPR decrease. All techniques point significant decrease in PAPR. However, these techniques need to deal with the issue of misfortune in information rate, communicate signal influence increment, BER increment, process intricacy increment, etc. Thusly, there is no particular technique to diminish PAPR that has the best answer for all multicarrier information transmission frameworks. As opposed to the PAPR decrease method should be thoroughly picked in accordance with differed framework necessities.
一种解决MIMO OFDM系统中高PAPR的优化波形合成方案(综述)
多载波传输是在分散介质上实现高速信息传输的一种较为困难的方法。正交频分复用(OFDM)图保持多载波平衡和复用计划,利用比较处理技术,使信息的同步传输组织在几个完全扇形分布的正交子传输子上。多载波传输中的一个重要测试是PAPR。有一些策略和程序,以减少PAPR。所有技术都表明PAPR显著降低。但是,这些技术需要处理信息率、通信信号影响增量、误码率增量、过程复杂性增量等方面的问题。因此,对于所有多载波信息传输框架来说,没有一种特殊的技术可以降低PAPR。与减少PAPR方法相反,应根据不同的框架需要彻底选择。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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