A general model-matching formulation of feedforward control systems for active noise cancellation in ducts

Jwu-Sheng Hu; Te-Sheng Hsiao

doi:10.1109/CCA.2004.1387495

A general model-matching formulation of feedforward control systems for active noise cancellation in ducts

Jwu-Sheng Hu^*, Te-Sheng Hsiao

^*此作品的通信作者

電機工程學系

研究成果: Paper › 同行評審

摘要

Active noise cancellation in ducts using multiple feedforward sensors have been investigated by many researchers. Both adaptive and non-adaptive algorithms were proposed. However, from control system viewpoint, a general control framework based on 1-D linear wave equation for a duct is still remains unexplored. In addition to the lumped parameter settings, the wave equation contains all the details of the plant behavior. This paper presents a model-matching framework using the close-form solution of the wave equation in ducts. Simple and concise results regarding stability and performance are developed. Several design ideas are also discussed.

原文	English
頁面	967-972
頁數	6
DOIs	https://doi.org/10.1109/CCA.2004.1387495
出版狀態	Published - 2 9月 2004
事件	2004 IEEE International Conference on Control Applications - Taipei, Taiwan 持續時間: 2 9月 2004 → 4 9月 2004

Conference

Conference	2004 IEEE International Conference on Control Applications
國家/地區	Taiwan
城市	Taipei
期間	2/09/04 → 4/09/04

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10.1109/CCA.2004.1387495

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Link to publication in Scopus

引用此

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abstract = "Active noise cancellation in ducts using multiple feedforward sensors have been investigated by many researchers. Both adaptive and non-adaptive algorithms were proposed. However, from control system viewpoint, a general control framework based on 1-D linear wave equation for a duct is still remains unexplored. In addition to the lumped parameter settings, the wave equation contains all the details of the plant behavior. This paper presents a model-matching framework using the close-form solution of the wave equation in ducts. Simple and concise results regarding stability and performance are developed. Several design ideas are also discussed.",

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N2 - Active noise cancellation in ducts using multiple feedforward sensors have been investigated by many researchers. Both adaptive and non-adaptive algorithms were proposed. However, from control system viewpoint, a general control framework based on 1-D linear wave equation for a duct is still remains unexplored. In addition to the lumped parameter settings, the wave equation contains all the details of the plant behavior. This paper presents a model-matching framework using the close-form solution of the wave equation in ducts. Simple and concise results regarding stability and performance are developed. Several design ideas are also discussed.

AB - Active noise cancellation in ducts using multiple feedforward sensors have been investigated by many researchers. Both adaptive and non-adaptive algorithms were proposed. However, from control system viewpoint, a general control framework based on 1-D linear wave equation for a duct is still remains unexplored. In addition to the lumped parameter settings, the wave equation contains all the details of the plant behavior. This paper presents a model-matching framework using the close-form solution of the wave equation in ducts. Simple and concise results regarding stability and performance are developed. Several design ideas are also discussed.

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A general model-matching formulation of feedforward control systems for active noise cancellation in ducts

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