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Signal periodicity detection using Ramanujan subspace projection

机译:使用ramanujan子空间投影的信号周期性检测

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Signal periodic decomposition and periodic estimation are two crucial problems in the signal processing domain. Due to its significance, the applications have been extended to fields like periodic sequence analysis of biomolecules, stock market predictions, speech signal processing, and musical pitch analysis. The recently proposed Ramanujan sums (RS) based transforms are very useful in analysing the periodicity of signals. This paper proposes a method for periodicity detection of signals with multiple periods based on autocorrelation and Ramanujan subspace projection with low computational complexity. The proposed method is compared with other signal periodicity detection methods and the results show that the proposed method detects the signal period correctly in less time.
机译:信号周期分解和周期性估计是信号处理域中的两个至关重要的问题。 由于其重要性,应用程序已经扩展到生物分子,股票市场预测,语音信号处理和音乐谱分析的周期性序列分析等领域。 最近提出的ramanujan(基于RS)的转换非常有用,用于分析信号的周期性。 本文提出了一种基于自相关和ramanujan子空间投影的多个时段的信号定期检测方法,具有低计算复杂性。 将所提出的方法与其他信号周期性检测方法进行比较,结果表明,所提出的方法在较小的时间内正确地检测信号时段。

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