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文章摘要
基于互乘法窗函数的谐波分析方法
An Algorithm for Harmonic Analysis based on Mutual-multiplication window function
Received:September 21, 2015  Revised:March 15, 2016
DOI:
中文关键词: 谐波分析  窗函数  快速傅里叶变换  互乘法
英文关键词: harmonic analysis  window function  FFT  mutual- multiplication
基金项目:
Author NameAffiliationE-mail
LIU Kun Collage of Computer Science,South-Central University For Nationalities 303285551@qq.com 
ZHANG Junmin* South-Central University For Nationalities 173902815@qq.com 
TIAN Wei South-Central University For Nationalities 30152473@qq.com 
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中文摘要:
      为了提高谐波分析的精度,加窗插值算法经常用用在非整周期和非同步采样的傅里叶变换中,以改善频谱泄露和栅栏效应。本文提出了一种互乘法窗函数的构造方法,并验证了基于互乘法窗函数的三谱线插值FFT的谐波高精度分析方法。以三种窗函数为例,根据每种窗函数在乘法窗的权值构造新的窗函数,分析新的窗函数的性能,将其应用到三插值FFT的谐波分析算法当中。仿真实验表明:构造出的互窗函数相对于常规窗函数插值算法,有更高的准确度。在实际工程中可根据需要选择所构造的窗函数。
英文摘要:
      Because the non-synchronous sampling and non-integral period truncation can result the spectrum leakage and fence effect, the window functions and interpolation algorithms has been used in the fast Fourier transform (FFT) to improve the precision of harmonics analysis. This paper has introduced the construction method of mutual-multiplication window function. And we have verified an algorithm for harmonic analysis based on three-spectrum-line interpolation FFT. Three kinds of window function were given various weights to construct new window function. Then the new window functions have been applied to the harmonics analysis method based on three-spectrum-line interpolation FFT. The simulation experiments show that constructs the mutual function relative to the conventional window function interpolation algorithm has a higher accuracy. In the practical engineering we can choose them according the performance of constructed window function.
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