Ihmiset

Nils Daniel Meyer-Kahlen

Postdoctoral Researcher

T412 Department of Information and Communications Engineering

Full researcher profile

https://research.aalto.fi/...

Sähköposti

nils.meyer-kahlen@aalto.fi

Puhelinnumero

+358449590521

Tutkimusryhmät

Virtual Acoustics, Postdoctoral Researcher

Julkaisut

OK5: Spatial Room Impulse Responses from 25 Spaces in our Work Environment

Sergio de las Heras, Nils Meyer-Kahlen, Tapio Lokki, Johannes M. Arend 2026 Proc. of the 52nd DAGA, Dresden, Germany

Solving room impulse response inverse problems using flow matching with analytic Wiener denoiser

Kyung Yun Lee, Nils Meyer-Kahlen, Sebastian J. Schlecht, Vesa Välimäki 2026 Journal of the Acoustical Society of America

Audiovisual Coherence Thresholds for Direct-to-Reverberant Energy Ratio

Peter Lindahl, Johannes M. Arend, Nils Meyer-Kahlen 2026 Proceedings of the AES International Conference on Audio for Virtual and Augmented Reality and Immersive Games, Paris, France

On the role of speech similarity in the detection of room acoustic differences

Thomas McKenzie, Nils Meyer-Kahlen, Sebastian J. Schlecht 2026 Journal of the Acoustical Society of America

Open Educational Resources for Acoustics and Audio Signal Processing Using Jupyter Notebooks and Pyfar

Fabian Brinkmann, Marco Berzborn, Anne Heimes, Anton Hoyer, Xenofon Karakonstantis, Simon Kersten, Tim Lübeck, Pascal Palenda, Cristobal Andrade, J. M. Arend, Nara Hahn, Tobias Jüterbock, Nils Meyer-Kahlen, Artur Paskiewicz, Sebastian J. Schlecht, Frank Schultz, Stefan Weinzierl 2025 Proceedings of Forum Acusticum/Euronoise 2025

Nils Daniel Meyer-Kahlen

Tutkimusryhmät

Julkaisut

OK5: Spatial Room Impulse Responses from 25 Spaces in our Work Environment

Solving room impulse response inverse problems using flow matching with analytic Wiener denoiser

Audiovisual Coherence Thresholds for Direct-to-Reverberant Energy Ratio

On the role of speech similarity in the detection of room acoustic differences

Open Educational Resources for Acoustics and Audio Signal Processing Using Jupyter Notebooks and Pyfar

Audibility of reduced spatial resolution in musical instrument directivity

Perceptual Decorrelator based on Resonators

Frequency and spatial limitations of sound field reconstruction methods for navigable reproduction

Comparison of the auditory and auditory-visual perception in four concert halls

Evaluating Reverberation Models for Augmented Reality