System Identification with Perfect Sequence Excitation - Efficient NLMS vs. Inverse Cyclic Convolution. - Christiane Antweiler; Stefan Kühl; Bastian Sauert; Peter Vary (ITG Symposium on Speech Communication, 2014)

Kalman filter based stereo system identification with auto- and cross-decorrelation. - Stefan Kühl; Christiane Antweiler; Tobias Hübschen; Peter Jax (HSCMA, 2017)

Kalman filter based system identification exploiting the decorrelation effects of linear prediction. - Stefan Kühl; Christiane Antweiler; Tobias Hübschen; Peter Jax (ICASSP, 2017)

Acoustic Howling Detection and Suppression for IP-Based Teleconference Systems. - Stefan Kühl; Carlotta Anemüller; Christiane Antweiler; Peter Jax; Florian Heese; Patrick Vicinus (ITG Symposium on Speech Communication, 2018)

A Joint Perspective of Periodically Excited Efficient NLMS Algorithm and Inverse Cyclic Convolution. - Stefan Kühl; Sebastian Nagel 002; Tobias Kabzinski; Christiane Antweiler; Peter Jax (ICASSP, 2018)

Tracking of Time-Variant Linear Systems: Influence of Group Delay for Different Excitation Signals. - Stefan Kühl; Sebastian Nagel 002; Tobias Kabzinski; Christiane Antweiler; Peter Jax (IWAENC, 2018)

Change Prediction for Low Complexity Combined Beamforming and Acoustic Echo Cancellation. - Matthias Schrammen; Alexander Bohlender; Stefan Kühl; Peter Jax (EUSIPCO, 2019)

Efficient Nonlinear Acoustic Echo Cancellation by Dual-stage Multi-channel Kalman Filtering. - Matthias Schrammen; Stefan Kühl; Shmulik Markovich-Golan; Peter Jax (ICASSP, 2019)

Improved Change Prediction for Combined Beamforming and Echo Cancellation with Application to a Generalized Sidelobe Canceler. - Stefan Kühl; Alexander Bohlender; Matthias Schrammen; Peter Jax (WASPAA, 2019)

On the Steady State Performance of the Kalman Filter Applied to Acoustical Systems. - Johannes Fabry; Stefan Kühl; Peter Jax (IEEE Signal Process. Lett., 2020)