Abstract—Analysis of coupling effects in adaptive filters is presented for feedback cancellation systems in hearing aids. As the incoming signal, a sum of sinusoids in white noise is assumed in this paper. In the proposed scheme two LMS-type adaptive filters are used. The one is set for identifying the impulse response of the feedback path. The other is associated with frequency estimation. We propose a scheme using the constrained LMS algorithm for the adaptive filter for frequency estimation. The stationary point of the proposed algorithm is shown to be the desired ones. We also show that the simultaneous stability near the stationary point is guaranteed. Simulation results show the validity of the theoretical findings. I
Acoustic feedback cancellation in hearing aids makes use of adaptive filters to continuously identif...
Abstract – Noise is an indispensable part in signal processing that we encounter every day. The stud...
Acoustic feedback is a phenomenon that is both annoying to hearingaid users and reduces the maximum...
Abstract—Analysis of coupling effects in adaptive filters is presented for feedback cancellation sys...
This paper discusses objective measures for real-time evaluation of feedback cancellation algorithms...
https://www.sciencedirect.com/science/article/pii/S1746809419300862#!In this paper, we propose a pro...
The active reduction of acoustic noise is achieved by the addition of a cancelling acoustic signal t...
Standard adaptive feedback cancellation algorithms in hearing aids suffer from a biased adaptation i...
Acoustic feedback is a well-known phenomenon in hearing aids and public address systems. Under certa...
Acoustic feedback is a well-known phenomenon in hearing aids. Under certain conditions it causes the...
In adaptive feedback cancellation an adaptive filter is used to model the acoustic feedback path bet...
Acoustic feedback is a problem in hearing aids that contain a substantial amount of gain, hearing ai...
Acoustic feedback is a well-known problem in hearing aids, caused by the undesired acoustic coupling...
We consider an adaptive linear prediction based feedback canceller for hearing aids that exploits tw...
In this paper, we analyze a general multiple-microphone and single-loudspeaker system, where an adap...
Acoustic feedback cancellation in hearing aids makes use of adaptive filters to continuously identif...
Abstract – Noise is an indispensable part in signal processing that we encounter every day. The stud...
Acoustic feedback is a phenomenon that is both annoying to hearingaid users and reduces the maximum...
Abstract—Analysis of coupling effects in adaptive filters is presented for feedback cancellation sys...
This paper discusses objective measures for real-time evaluation of feedback cancellation algorithms...
https://www.sciencedirect.com/science/article/pii/S1746809419300862#!In this paper, we propose a pro...
The active reduction of acoustic noise is achieved by the addition of a cancelling acoustic signal t...
Standard adaptive feedback cancellation algorithms in hearing aids suffer from a biased adaptation i...
Acoustic feedback is a well-known phenomenon in hearing aids and public address systems. Under certa...
Acoustic feedback is a well-known phenomenon in hearing aids. Under certain conditions it causes the...
In adaptive feedback cancellation an adaptive filter is used to model the acoustic feedback path bet...
Acoustic feedback is a problem in hearing aids that contain a substantial amount of gain, hearing ai...
Acoustic feedback is a well-known problem in hearing aids, caused by the undesired acoustic coupling...
We consider an adaptive linear prediction based feedback canceller for hearing aids that exploits tw...
In this paper, we analyze a general multiple-microphone and single-loudspeaker system, where an adap...
Acoustic feedback cancellation in hearing aids makes use of adaptive filters to continuously identif...
Abstract – Noise is an indispensable part in signal processing that we encounter every day. The stud...
Acoustic feedback is a phenomenon that is both annoying to hearingaid users and reduces the maximum...