The method proposed in this paper improves the identification and cancellation of the feedback path by making the adaptive canceller robust against the impact of the desired speech signal. The proposed method allows for the canceller's coefficients to be continuously adapted allowing it to track variations in the feedback path even in the presence of the desired signal. It suggests the use of dual microphones and dual adaptive filters arranged in such a way that allows the speech signal to be identified and removed from the adaptation process. This results in a more robust solution which was verified by our experiments and evaluations. The perceptual evaluation of speech quality (PESQ) measure was also used to show that the proposed method ...
© EURASIP 2017. Commonly adaptive filters are used to reduce the acoustic feedback in hearing aids. ...
Acoustic feedback is a well-known problem in hearing aids, caused by the undesired acoustic coupling...
The perhaps most challenging problem in acoustic feedback cancellation using adaptive filters is the...
Acoustic feedback cancellation in hearing aids makes use of adaptive filters to continuously identif...
https://www.sciencedirect.com/science/article/pii/S1746809419300862#!In this paper, we propose a pro...
In this paper we are studying the use of two microphones for acoustic feedback cancellation in heari...
Acoustic feedback refers to the undesired acoustic coupling between the loudspeaker and microphone i...
In this paper we propose the use of the proportionate principle in order to improve the convergence ...
Acoustic feedback is a well-known phenomenon in hearing aids and public address systems. Under certa...
IEEE A challenge in hearing aids is adaptive feedback control which often uses an adaptive filter to...
In adaptive feedback cancellation an adaptive filter is used to model the acoustic feedback path bet...
© 2017 Elsevier Ltd The feedback cancellation performance of behind the ear hearing aids can be impr...
Acoustic feedback is a well-known phenomenon in hearing aids. Under certain conditions it causes the...
Acoustic coupling between microphone and loudspeaker is a significant problem in open-fit digital he...
In any digital hearing aid (HAid), the input microphone and the receiver loudspeaker are closely loc...
© EURASIP 2017. Commonly adaptive filters are used to reduce the acoustic feedback in hearing aids. ...
Acoustic feedback is a well-known problem in hearing aids, caused by the undesired acoustic coupling...
The perhaps most challenging problem in acoustic feedback cancellation using adaptive filters is the...
Acoustic feedback cancellation in hearing aids makes use of adaptive filters to continuously identif...
https://www.sciencedirect.com/science/article/pii/S1746809419300862#!In this paper, we propose a pro...
In this paper we are studying the use of two microphones for acoustic feedback cancellation in heari...
Acoustic feedback refers to the undesired acoustic coupling between the loudspeaker and microphone i...
In this paper we propose the use of the proportionate principle in order to improve the convergence ...
Acoustic feedback is a well-known phenomenon in hearing aids and public address systems. Under certa...
IEEE A challenge in hearing aids is adaptive feedback control which often uses an adaptive filter to...
In adaptive feedback cancellation an adaptive filter is used to model the acoustic feedback path bet...
© 2017 Elsevier Ltd The feedback cancellation performance of behind the ear hearing aids can be impr...
Acoustic feedback is a well-known phenomenon in hearing aids. Under certain conditions it causes the...
Acoustic coupling between microphone and loudspeaker is a significant problem in open-fit digital he...
In any digital hearing aid (HAid), the input microphone and the receiver loudspeaker are closely loc...
© EURASIP 2017. Commonly adaptive filters are used to reduce the acoustic feedback in hearing aids. ...
Acoustic feedback is a well-known problem in hearing aids, caused by the undesired acoustic coupling...
The perhaps most challenging problem in acoustic feedback cancellation using adaptive filters is the...