1996The Journal of the Acoustical Society of AmericaRequires access

The configuration of an adaptive prediction-type active noise control system

Shin‐ichi Honda, Hareo Hamada

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Abstract

In this paper, a new active noise control system is proposed using an adaptive prediction algorithm. The adaptive prediction-type active noise control system has many attractive advantages; for example, no prior knowledge of primary noise fields will be needed. However, difficulty in the control of broadband noise was encountered. For example, a new system configuration with an auxiliary sensing microphone is proposed. The computer simulation revealed that an auxiliary sensing microphone can improve the noise reduction remarkably in a wide frequency range if the effective sensing of primary noise is not expected by a single microphone. It is also demonstrated that the improvement of noise reduction is considerable depending on the arrangement of sensing microphones.

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What this paper is about

In this paper, a new active noise control system is proposed using an adaptive prediction algorithm. The adaptive prediction-type active noise control system has many attractive advantages; for example, no prior knowledge of primary noise fields will be needed. However, difficulty in the control of broadband noise was encountered. For example, a new system configuration with an auxiliary sensing microphone is proposed. The computer simulation revealed that an auxiliary sensing microphone can improve the noise reduction remarkably in a wide frequency range if the effective sensing of primary noise is not expected by a single microphone. It is also demonstrated that the improvement of noise reduction is considerable depending on the arrangement of sensing microphones.

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Available abstract

In this paper, a new active noise control system is proposed using an adaptive prediction algorithm. The adaptive prediction-type active noise control system has many attractive advantages; for example, no prior knowledge of primary noise fields will be needed. However, difficulty in the control of broadband noise was encountered. For example, a new system configuration with an auxiliary sensing microphone is proposed. The computer simulation revealed that an auxiliary sensing microphone can improve the noise reduction remarkably in a wide frequency range if the effective sensing of primary noise is not expected by a single microphone. It is also demonstrated that the improvement of noise reduction is considerable depending on the arrangement of sensing microphones.

Key concepts: Active noise control, Microphone, Computer science, Noise (video), Noise reduction, Noise-canceling microphone, Noise control, Gradient noise

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