The team focuses on binaural signal processing, binaural reproduction, spatial hearing, and perception. As such, the team works on new methods for (perceptually motivated) generation and processing of binaural signals and their quality assessment through technical and perceptual evaluation. The team also investigates fundamental mechanisms of spatial hearing and multimodal perception, often using binaural rendering to generate virtual acoustic realities in which the experiments take place.

• Perceptual learning and neural plasticity in synthetic worlds. The case of distance perception
• A torso model for dynamic HRTF rendering
• Psychoakustische Parameter für innovative Lärmminderungsstrategien

• On the visual influence on room acoustical impression
  PhD thesis by Christos Drouzas | Supervision: S. Weinzierl and J. Steffens (HS Düsseldorf)
• Binaural hearing in the real and virtual world to improve school childrens’ hearing experience (VIWER-S)
  PhD thesis by Melissa Ramírez | Supervision: C. Pörschmann (TH Köln) and S. Weinzierl
• Binaural reproduction of microphone array data
  PhD thesis by Tim Lübeck | Supervision: C. Pörschmann (TH Köln) and S. Weinzierl
• Free-body-movement HRTF measurement system
  PhD thesis by David Bau | Supervision: C. Pörschmann (TH Köln) and S. Weinzierl
• A model for the prediction of annoyance due to low-level sounds
  PhD thesis by Siegbert Versümer | Supervision: J. Steffens (HS Düsseldorf) and S. Weinzierl
• Multimodal attention in audiovisual scenarios
  PhD thesis by David Du Bruyn | Supervision: J. Steffens (HS Düsseldorf) and S. Weinzierl
• Antropometry-based prediction of head-related transfer functions
  PhD thesis by Sanket Jain | Supervision: S. Weinzierl and F. Brinkmann

• Untersuchung zum Einfluss von Haar- und Hautimpedanzen in HRTF-Simulationen mittels der Boundary Element Method
  Master thesis by Tim Wennemann | Supervision: S. Weinzierl
• Schaltungsentwurf einer Oktopuszelle in einem FPGA (PDF)
  Master thesis by Alexej Tschumak | Supervision: S. Weinzierl, A. Kothe, F. Klefenz und F. Feldhoff
• Erkennung von Mehr-Räumigkeit in Musik- und Sprachsignalen
  Master thesis by Berthold von der Ohe | Supervision: S. Lepa und S. Weinzierl
• Spatial Ability Test
  Master thesis by Fabian Seidel | Supervision: S. Lepa und S. Weinzierl
• Entwicklung eines Messverfahrens für die binaurale Sprachverständlichkeit
  Master thesis by Lukas Kaiser | Supervision: F. Brinkmann und A. Goertz