activity
20152023
most citedA Unified Bayesian View on Spatially Informed Source Separation and Extraction based on Independent Vector Analysis

48 citations · 97 across the 15 of their papers we have counts for

collaborators

16 papers

eess.AS2023

End-To-End Deep Learning-based Adaptation Control for Linear Acoustic Echo Cancellation

Thomas Haubner, Andreas Brendel, Walter Kellermann

The attenuation of acoustic loudspeaker echoes remains to be one of the open challenges to achieve pleasant full-duplex hands free speech communication. In many modern signal enhan…

eess.AS2022★ 16 cited

A Unifying View on Blind Source Separation of Convolutive Mixtures based on Independent Component Analysis

Andreas Brendel, Thomas Haubner, Walter Kellermann

In many daily-life scenarios, acoustic sources recorded in an enclosure can only be observed with other interfering sources. Hence, convolutive Blind Source Separation (BSS) is a c…

eess.AS2022

Microphone Utility Estimation in Acoustic Sensor Networks using Single-Channel Signal Features

Michael Günther, Andreas Brendel, Walter Kellermann

In multichannel signal processing with distributed sensors, choosing the optimal subset of observed sensor signals to be exploited is crucial in order to maximize algorithmic perfo…

eess.AS2021

Manifold learning-supported estimation of relative transfer functions for spatial filtering

Andreas Brendel, Johannes Zeitler, Walter Kellermann

Many spatial filtering algorithms used for voice capture in, e.g., teleconferencing applications, can benefit from or even rely on knowledge of Relative Transfer Functions (RTFs).…

eess.AS2021

End-To-End Deep Learning-Based Adaptation Control for Frequency-Domain Adaptive System Identification

Thomas Haubner, Andreas Brendel, Walter Kellermann

We present a novel end-to-end deep learning-based adaptation control algorithm for frequency-domain adaptive system identification. The proposed method exploits a deep neural netwo…

eess.AS2021

Online Acoustic System Identification Exploiting Kalman Filtering and an Adaptive Impulse Response Subspace Model

Thomas Haubner, Andreas Brendel, Walter Kellermann

We introduce a novel algorithm for online estimation of acoustic impulse responses (AIRs) which allows for fast convergence by exploiting prior knowledge about the fundamental stru…