For hearing aids, it is critical to reduce the acoustic coupling between the receiver and
microphone to ensure that prescribed gains are below the maximum stable gain, thus …

In hearing aids, acoustic feedback occurs due to the coupling between the hearing aid
loudspeaker and microphone (s). In order to reduce the acoustic feedback, adaptive filters …

State-of-the-art feedback control systems make use of adaptive filters to model and
compensate for the acoustic feedback paths, which vary in different acoustic situations. In a …

In hands-free telephony and other distant-talk applications, often a short AEC filter is used to
achieve fast convergence at low computational cost. As a result, a significant amount of late …

Acoustic Feedback Path in a digital hearing aid is not only affected by the user's head and
ear, but also by different acoustic environments. But some of these effects are common for a …

Acoustic feedback is a persistent problem in hearing aids, which limits the achievable
amplification and may severely degrade the sound quality by producing howling artifacts. A …

In adaptive feedback cancellation, the feedback path must be modeled precisely using as
few adaptive parameters as possible to reduce computational complexity and enable rapid …

Many acoustic applications adopt the common-acoustical-pole and zero model while only
the common acoustical poles (CAP) are needed. This paper proposes a direct method to …

This paper investigates the mean square performance of two transversal adaptive filters for
the feedback cancellation model in digital hearing aids. This convex combination allows the …

Here I am, finally writing what feels like the final chapter of a very long story, and I am not
only referring to the length of this manuscript, but to the journey that had led to it. It all started …