138 p.Acoustic feedback is one of the challenges in hearing instrument design where the amount of acoustic gain of the hearing instrument is limited before the onset of acoustic feedback. When acoustic feedback occurs, the hearing instrument is effectively inoperable. Adaptive feedback cancellation algorithms embodied in digital hearing instruments is the method often adopted by manufacturers to address the acoustic feedback problem.MASTER OF ENGINEERING (EEE
Standard adaptive feedback cancellation algorithms in hearing aids suffer from a biased adaptation i...
https://www.sciencedirect.com/science/article/pii/S1746809419300862#!In this paper, we propose a pro...
In any digital hearing aid (HAid), the input microphone and the receiver loudspeaker are closely loc...
Acoustic feedback is a well-known phenomenon in hearing aids. Under certain conditions it causes the...
Acoustic feedback is a well-known phenomenon in hearing aids and public address systems. Under certa...
This paper discusses objective measures for real-time evaluation of feedback cancellation algorithms...
Acoustic feedback is a well-known problem in hearing aids, caused by the undesired acoustic coupling...
This research evaluates four state-of-the-art acoustic feedback cancellation systems in hearing aids...
Acoustic feedback is a big challenge in hearing aids. If not appropriately treated, the feedback lim...
Acoustic feedback cancellation in hearing aids makes use of adaptive filters to continuously identif...
Acoustic feedback cancellation is one of the challenging tasks in the design of a behind the ear (BT...
Abstract:- Acoustic feedback is a common complaint of hearing aids users and reduces the maximum gai...
Feedback and the occlusion effect pose great challenges in hearing aid design and usage. Yet, conven...
Using a hearing device is one of the most successful approaches to partially restore the degraded fu...
Acoustic feedback refers to the undesired acoustic coupling between the loudspeaker and microphone i...
Standard adaptive feedback cancellation algorithms in hearing aids suffer from a biased adaptation i...
https://www.sciencedirect.com/science/article/pii/S1746809419300862#!In this paper, we propose a pro...
In any digital hearing aid (HAid), the input microphone and the receiver loudspeaker are closely loc...
Acoustic feedback is a well-known phenomenon in hearing aids. Under certain conditions it causes the...
Acoustic feedback is a well-known phenomenon in hearing aids and public address systems. Under certa...
This paper discusses objective measures for real-time evaluation of feedback cancellation algorithms...
Acoustic feedback is a well-known problem in hearing aids, caused by the undesired acoustic coupling...
This research evaluates four state-of-the-art acoustic feedback cancellation systems in hearing aids...
Acoustic feedback is a big challenge in hearing aids. If not appropriately treated, the feedback lim...
Acoustic feedback cancellation in hearing aids makes use of adaptive filters to continuously identif...
Acoustic feedback cancellation is one of the challenging tasks in the design of a behind the ear (BT...
Abstract:- Acoustic feedback is a common complaint of hearing aids users and reduces the maximum gai...
Feedback and the occlusion effect pose great challenges in hearing aid design and usage. Yet, conven...
Using a hearing device is one of the most successful approaches to partially restore the degraded fu...
Acoustic feedback refers to the undesired acoustic coupling between the loudspeaker and microphone i...
Standard adaptive feedback cancellation algorithms in hearing aids suffer from a biased adaptation i...
https://www.sciencedirect.com/science/article/pii/S1746809419300862#!In this paper, we propose a pro...
In any digital hearing aid (HAid), the input microphone and the receiver loudspeaker are closely loc...