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Stefan Kühl
ORCID
Publication Activity (10 Years)
Years Active: 2014-2020
Publications (10 Years): 9
Top Topics
Steady State
Kalman Filter
Video Encoding
Linear Prediction
Top Venues
ICASSP
ITG Symposium on Speech Communication
IEEE Signal Process. Lett.
WASPAA
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Publications
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Johannes Fabry
,
Stefan Kühl
,
Peter Jax
On the Steady State Performance of the Kalman Filter Applied to Acoustical Systems.
IEEE Signal Process. Lett.
27 (2020)
Matthias Schrammen
,
Alexander Bohlender
,
Stefan Kühl
,
Peter Jax
Change Prediction for Low Complexity Combined Beamforming and Acoustic Echo Cancellation.
EUSIPCO
(2019)
Stefan Kühl
,
Alexander Bohlender
,
Matthias Schrammen
,
Peter Jax
Improved Change Prediction for Combined Beamforming and Echo Cancellation with Application to a Generalized Sidelobe Canceler.
WASPAA
(2019)
Matthias Schrammen
,
Stefan Kühl
,
Shmulik Markovich-Golan
,
Peter Jax
Efficient Nonlinear Acoustic Echo Cancellation by Dual-stage Multi-channel Kalman Filtering.
ICASSP
(2019)
Stefan Kühl
,
Carlotta Anemüller
,
Christiane Antweiler
,
Peter Jax
,
Florian Heese
,
Patrick Vicinus
Acoustic Howling Detection and Suppression for IP-Based Teleconference Systems.
ITG Symposium on Speech Communication
(2018)
Stefan Kühl
,
Sebastian Nagel
,
Tobias Kabzinski
,
Christiane Antweiler
,
Peter Jax
Tracking of Time-Variant Linear Systems: Influence of Group Delay for Different Excitation Signals.
IWAENC
(2018)
Stefan Kühl
,
Sebastian Nagel
,
Tobias Kabzinski
,
Christiane Antweiler
,
Peter Jax
A Joint Perspective of Periodically Excited Efficient NLMS Algorithm and Inverse Cyclic Convolution.
ICASSP
(2018)
Stefan Kühl
,
Christiane Antweiler
,
Tobias Hübschen
,
Peter Jax
Kalman filter based stereo system identification with auto- and cross-decorrelation.
HSCMA
(2017)
Stefan Kühl
,
Christiane Antweiler
,
Tobias Hübschen
,
Peter Jax
Kalman filter based system identification exploiting the decorrelation effects of linear prediction.
ICASSP
(2017)
Christiane Antweiler
,
Stefan Kühl
,
Bastian Sauert
,
Peter Vary
System Identification with Perfect Sequence Excitation - Efficient NLMS vs. Inverse Cyclic Convolution.
ITG Symposium on Speech Communication
(2014)