Henri Gode received his B.Eng. degree (Engineering Physics) in 2018 and his M.Sc. degree (Engineering Physics) in 2020 from University of Oldenburg. Since January 2021 he is pursuing a Dr.-Ing. degree at the Signal Processing Group of the University of Oldenburg.

• Multi-microphone processing for speech enhancement
• Binaural hearing devices
• Mulit-source RTF estimation
• Acoustic sensor networks
• Combining deep learning and model-based approaches for speech enhancement

1. H. Gode, S. Doclo, „Covariance Blocking and Whitening Method for Successive Relative Transfer Function Vector Estimation in Multi-Speaker Scenarios”, in Proc. IEEE Workshop on Applications of Signal Processing to Audio and Acoustics (WASPAA), New Paltz NY, USA, Oct. 2023. [Poster]
2. W. Middelberg, H. Gode, S. Doclo, „Relative Transfer Function Vector Estimation for Acoustic Sensor\\ Networks Exploiting Covariance Matrix Structure”, in Proc. IEEE Workshop on Applications of Signal Processing to Audio and Acoustics (WASPAA), New Paltz NY, USA, Oct. 2023.
3. H. Gode, S. Doclo, „Adaptive Dereverberation, Noise and Interferer Reduction Using Sparse Weighted Linearly Constrained Minimum Power Beamforming”, in Proc. European Signal Processing Conference (EUSIPCO), Belgrade, Serbia, Aug. 2022. [Presentation-Video]
4. M. Tammen, H. Gode, H. Kayser, E. J. Nustede, N. L. Westhausen, J. Arnemüller, S. Doclo, "Combining weighted binaural LCMP beamforming and deep multi-frame filtering for joint dereverberation and interferer reduction in the Clarity-2021 Challenge", in Proc. Interspeech, Brno, Czechia, Sept. 2021. [Presentation-Video, Official Challenge Results]
5. H. Gode, M. Tammen, and S. Doclo, “Joint multi-channel dereverberation and noise reduction using a unified convolutional beamformer with sparse priors,” in Proc. ITG Conference on Speech Communication, Kiel, Germany, Sept. 2021. [Poster]

• Exercises in "Mathematical Methods for Physics and Engineering II" (SS17, SS20, SS21, SS22)
• Supervisor for Basic Laboratory I (WS23/24)

• Master Thesis: MIMO Convolutional Beamforming forJoint Dereverberation and Denoising - lp-Norm Reformulation of Weighted Power Minimization Distortionless Response (WPD) Beamforming
• Bachelor Thesis: From 2D to 3ƒD Vibration Analysis - Periodic In-Plane Motions on a Nanometer Scale based on Optical Flow Analysis