Journal of KSNVE (소음진동)

The Korean Society for Noise and Vibration Engineering (한국소음진동공학회)
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Adaptive Active Noise Control of Single Sensor Method

단일 센서 방식의 적응 능동 소음제어

  • 김영달 (대전산업대학교 전기공학과) ;
  • 장석구 (대전산업대학교 전기공학과)
  • Published : 2000.12.01
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Abstract

Active noise control is an approach to reduce the noise by utilizing a secondary noise source that destructively interferes with the unwanted noise. In general, active noise control systems rely on multiple sensors to measure the unwanted noise field and the effect of the cancellation. This paper develops an approach that utilizes a single sensor. The noise field is modeled as a stochastic process, and an adaptive algorithm is used to adaptively estimate the parameters of the process. Based on these parameter estimates, a canceling signal is generated. Oppenheim assumed that transfer function characteristics from the canceling source to the error sensor is only a propagation delay. This paper proposes a modified Oppenheim algorithm by considering transfer characteristics of speaker-path-sensor This transfer characteristics is adaptively cancelled by the proposed adaptive modeling technique. Feasibility of the proposed method is proved by computer simulations with artificially generated random noises and sine wave noise. The details of the proposed architecture. and theoretical simulation of the noise cancellation system for three dimension enclosure are presented in the Paper.

Keywords

References

  1. U.S. Patent No.4 489 441 Method and Apparatus for Canceling Vibration Chaplin, G.B.
  2. Proc. ICASSP I Active Noise Control using Adaptive Digital Signal Processing Eriksson, L.J.;Allie, M.C.;Bremigan, C.D.
  3. US Patent 4 473 906 Active Attenuator Warnaka, G.E.;Poole, L.;Tichy, J.
  4. IEEE Trans. Acoust. Speech, and Signal Processing v.ASSP-35 no.6 The Selection and Application of an IIR Adaptive Filter for use in Active Sound Attenuation Eriksson, L. J.(et. al.)
  5. J. Acoust. Soc. Am. v.85 no.2 Use of Random Noise for On-line Transducer Modeling in an Adaptive Active Attenuation System Eriksson, L. J.;Allie, M.C.
  6. IEEE Transactions on Speech and Processing v.2 no.2 Single-Sensor Active Noise Cancellation Oppenheim, A. V.;Zangi, K. C.;Gaupe, D.
  7. IEEE Trans. on Circuit and Systems v.38 no.11 A Output-Whitening Approach to Adaptive Active Noise Cancellation Graupe, D.;Efron, A.J.
  8. IEEE Trans. on Signal Processing v.41 no.4 A Frequency Domain Model for "Filtered" LMS Algorithm-Stability Analysis, Design, and Elimination of the Training Mode- Feintuch, P. L.;Bershad, N. J.;Lo, A. K.
  9. IEEE Trans. on Signal Proc. v.43 no.8 A Delayless Subband Adaptive Filter Architecture Morgan, D. R.;Thi, J. C.
  10. v.13 no.3 변압기 소음제어를 위한 음향 시스템의 동특성 해석 및 전달함수 추정 김영달;정창경;심재명
  11. Trans. ASME, J. Dyn. Syst. Meas. Control v.115 A Modern Control Approach to Active Noise Control Shoureshi, R.;Brackney, L.;Kubota, N.;Batta, G.
  12. Trans. of The Japan Society of Mechanical Eng. v.63 no.613 Active Control of Periodic Noise with High-Order Harmonic Frequencies (Control Performance Improvement using a Spectrum - Shaping Method) Nakamura M.;Sasaki, M.;F. Fujisawa;Yamada Y.;Shibata, K.
  13. Trans. of The Japan Society of Mechanical Eng. v.61 no.586 A Study on Active Noise Control in 3-Dimensional Space(Active Acoustic Power Control using Acoustic Nodal Points) T. Hayashi;A. Enamito;Suzuki S.
  14. Trans. of The Japan Society of Mechanical Eng. v.60 no.569 Adaptive Active Noise Control System with Howling Canceler (2-Microphone Transfer Function Ratio System) Suzuki, S.;Hayashi, T.
  15. Active Noise Control Systems Sen M. Kuo;Dennis R. Morgan
  16. Time Series Analysis, Identification and Adaptive filtering (2nd Ed.) Graupe, D.
  17. IEEE Trans. on Circuits and System-II: Analog and Digital Proc. v.41 no.6 Wide-area Adaptive Active Noise Cancellation Efron, A.J.;Han, L.C.
  18. Trans. of The Japan Society of Mechanical Eng. v.62 no.596 Development of Wide-Band Active Noise Control System for One-Dimensional Acoustic Duct Yamaoka, T.;Kojima, E.;Shinada, M.