It is shown that the ideal controller in an active system for suppressing noise travelling along a duct must be causal, to a first approximation. However, if it is desired to control the travelling wave components in both directions from a source in a duct, i.e., to minimize its output power, then the optimal controller requires a non causal component.</p
A robust active noise controller (ANC) is proposed here for finite ducts. While the H∝ control theor...
Abstract. A problem of eliminating the unwanted time-harmonic noise on a predetermined region of int...
In arriving at the ideal filter transfer function for an active noise control system in a duct, the ...
Active noise control is evaluated for a variety of primary source waveforms in a one-dimensional fre...
The problem addressed is that of evaluating the maximum net reduction in acoustic power output produ...
Wave Energy Converters (WECs) based on oscillating bodies can achieve optimal energy absorption und...
This paper investigates active broadband noise control inside vehicles with a multichannel controlle...
Previous work on the active control of sound has mostly used frequency domain formulations in order ...
A simple technique for the active control of sound in ducts, initially suggested by Olson and May [1...
A number of methods were proposed for controlling the sound propagating in a duct by introducing 'se...
We analyze the problem of suppressing the unwanted component of a time-harmonic acoustic field (nois...
Recent interest has arisen in the realisation of nonreciprocal acoustic devices that achieve unidire...
In a feedforward Active Sound Cancellation (ASC) system, the acoustic delay between a primary source...
Previous demonstrations have shown that broadband noise reduction in feedforward active noise contro...
Repetitive processes propagate information in two independent directions and are of both systems the...
A robust active noise controller (ANC) is proposed here for finite ducts. While the H∝ control theor...
Abstract. A problem of eliminating the unwanted time-harmonic noise on a predetermined region of int...
In arriving at the ideal filter transfer function for an active noise control system in a duct, the ...
Active noise control is evaluated for a variety of primary source waveforms in a one-dimensional fre...
The problem addressed is that of evaluating the maximum net reduction in acoustic power output produ...
Wave Energy Converters (WECs) based on oscillating bodies can achieve optimal energy absorption und...
This paper investigates active broadband noise control inside vehicles with a multichannel controlle...
Previous work on the active control of sound has mostly used frequency domain formulations in order ...
A simple technique for the active control of sound in ducts, initially suggested by Olson and May [1...
A number of methods were proposed for controlling the sound propagating in a duct by introducing 'se...
We analyze the problem of suppressing the unwanted component of a time-harmonic acoustic field (nois...
Recent interest has arisen in the realisation of nonreciprocal acoustic devices that achieve unidire...
In a feedforward Active Sound Cancellation (ASC) system, the acoustic delay between a primary source...
Previous demonstrations have shown that broadband noise reduction in feedforward active noise contro...
Repetitive processes propagate information in two independent directions and are of both systems the...
A robust active noise controller (ANC) is proposed here for finite ducts. While the H∝ control theor...
Abstract. A problem of eliminating the unwanted time-harmonic noise on a predetermined region of int...
In arriving at the ideal filter transfer function for an active noise control system in a duct, the ...