CONVERGENCE CHARACTERISTICS OF ACTIVE NOISE CONTROL SYSTEMS WITH DELAYED-X LMS ALGORITHM

机译：具有延迟-X LMS算法的有源噪声控制系统的收敛特性

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The Delayed-x LMS algorithm is a simplified form of the Filtered-x LMS algorithm, in which the model C{top}∧ of the secondary path C from the adaptive filter output to the error sensor is represented by a simple time delay D to achieve less computations. In this paper, the stability and the convergence characteristics of the feedforward active noise control system with the Delayed-x LMS algorithm are theoretically discussed. The theoretical results are verified by computer simulations.

机译：延迟-XLMS算法是过滤器-X LMS算法的简化形式，其中来自自适应滤波器输出到误差传感器的次级路径C的模型C {顶部}∧由简单的时间延迟D表示实现较少的计算。本文理论上讨论了具有延迟-x LMS算法的前馈活动噪声控制系统的稳定性和收敛特性。通过计算机模拟验证理论结果。

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《International Symposium on Active Control of Sound and Vibration》|2006年||共10页
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Guoyue Chen; Nozomu Saito; Masato Abe; Shozo Makino; Toshio Sone;
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中图分类 TB53-53;
关键词
Active noise control; Delayed-x LMS algorithm; Frequency domain; Stability condition; Convergence characteristics;

机译：主动噪声控制;延迟-x LMS算法;频域;稳定条件;收敛特性;

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专利

1. The stability and convergence characteristics of the Delayed-x LMS algorithm in ANC systems [J] . Chen G., Saito N., Abe M., Journal of Sound and Vibration . 1998,第4期

机译：ANC系统中Delayed-x LMS算法的稳定性和收敛性
2. EFFECTS OF MULTIPLE SECONDARY PATHS ON CONVERGENCE PROPERTIES IN ACTIVE NOISE CONTROL SYSTEMS WITH LMS ALGORITHM [J] . Chen G., Abe M., Sone T. Journal of Sound and Vibration . 1996,第2期

机译：LMS算法在有源噪声控制系统中多个次路径对收敛特性的影响
3. New IIR filter-based adaptive algorithm in active noise control applications: Commutation error-introduced LMS algorithm and associated convergence assessment by a deterministic approach [J] . Jong-Yih Lin, Ching-Wen Liao Automatica . 2008,第11期

机译：有源噪声控制应用中基于IIR滤波器的新自适应算法：引入换向误差的LMS算法以及确定性方法的相关收敛性评估
4. CONVERGENCE CHARACTERISTICS OF ACTIVE NOISE CONTROL SYSTEMS WITH DELAYED-X LMS ALGORITHM [C] . Guoyue Chen, Nozomu Saito, Masato Abe, International Symposium on Active Control of Sound and Vibration . 2006

机译：具有延迟-X LMS算法的有源噪声控制系统的收敛特性
5. Active Control of Impulsive Noise using Reference Weighted FxLMS Algorithm [D] . Dhakad, Rushikesh Ajay. 2017

机译：使用参考加权FXLMS算法主动控制脉冲噪声
6. Code and data from an ADALINE network trained with the RTRL and LMS algorithms for an MPPT controller in a photovoltaic system [O] . Julie Viloria-Porto, Carlos Robles-Algarín, Diego Restrepo-Leal 2020

机译：使用RTRL和LMS算法培训的Adaline网络的代码和数据用于在光伏系统中的MPPT控制器
7. A Module Based Active Noise Control System for Ventilation Systems, Part I : Influence of Measurement Noise on the Performance and Convergence of the Filtered-x LMS Algorithm [O] . Larsson, Martin, Johansson, Sven, Claesson, Ingvar, 2009

机译：基于模块的通风系统主动噪声控制系统，第一部分：测量噪声对Filtered-x LMS算法的性能和收敛性的影响

CONVERGENCE CHARACTERISTICS OF ACTIVE NOISE CONTROL SYSTEMS WITH DELAYED-X LMS ALGORITHM

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