Adaptive linear learning for on-line harmonic identification: An overview with study cases

P. Wira, Thien-Minh Nguyen
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引用次数: 4

Abstract

This work reviews Adaline-based techniques for estimating Fourier series. The Adaline, with its linear structure and learning, fits a Fourier series by expressing any periodic signal as a sum of harmonic terms. The learning with elementary harmonic inputs enforces the weights to converge to the amplitudes. The Adaline therefore individually identifies the amplitudes of the harmonic terms present in the measured signal in real-time. Relevant study cases are provided. Performances are evaluated and show that harmonic terms of the signals are efficiently estimated.
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在线谐波辨识的自适应线性学习:附研究案例综述
这项工作回顾了基于adaline的估计傅里叶级数的技术。Adaline具有线性结构和学习能力,通过将任何周期信号表示为谐波项的和来拟合傅立叶级数。初等谐波输入的学习使权值收敛于幅值。因此,Adaline可以单独识别实时测量信号中存在的谐波项的幅度。并提供了相关的研究案例。结果表明,该方法能有效地估计信号的谐波项。
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