The coordinated research project "The active auditory system" was established on 1 July 2005 as a cooperative project between Carl von Ossietzky Universität Oldenburg, Otto-von-Guericke Universität Magdeburg and Leibniz Institute for Neurobiology Magdeburg funded by Deutsche Forschungs-gemeinschaft. The project was finished in June 2017.

• A1 Spatial Auditory Scene Analysis in Mammals

  Prof. Dr. Georg Klump ()

• A3 Interaction of bottom-up and top-down processes in cortical processing of frequency-modulated signals

  PD Dr. Frank Ohl ()

• A4 Predictive mechanisms in active stream segregation and related tasks

  Dr. André Brechmann ()

  PD Dr. Michael Brosch ()

  Prof. Dr. Henning Scheich (

• A5 Physiology of Auditory Object Formation in the Bird Forebrain

  Prof. Dr. Georg Klump ()

• A6 Processing and recognition of the temporal pattern of acoustic signals in the auditory system

  PD Dr. Peter Heil ()

• A7 (finished in 2011) Temporospatial imaging of auditory selection and audio-visual integration during language comprehension

  Prof. Dr. Thomas Münte ()

• A8 Neural correlates of audiovisual integration

  Dr. Tömme Noesselt ()
  Prof. Dr. Hans-Jochen Heinze ()

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  A9 Neural mechanisms of top-down modulation of auditory brain activity in humans

  Prof. Dr. Christoph Herrmann ()

  Dr. Tino Zaehle ( )

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  A10 (finished in 2013) Auditory Memory and Sound Pattern Recognition in Songbirds

  Dr. Ulrike Langemann ()

• A12 (finished in 2013) Dopaminergic modulation of learning-dependent plasticity in auditory cortex

  Prof. Dr. Christiane Thiel  ()

  Dr. André Brechmann ()

• A13 (finished in 2013) Functional anatomy of interhemispheric and thalamic interactions of the auditory cortex

  Dr. Eike Budinger  ()

• A14 Evolution of Sound Localisation in Vertebrates: Head Size, Sound Frequency and Neural Phase-Locking

  Prof. Dr. Chistine Köppl (

• A15 Cross-modal attentional entrainment in human auditory cortex

  Prof. Dr. Stefan Debener ()

• A16 Derivation of statistical modelling descriptions of neural audiovisual speech coding in the human brain

  Prof. Dr. Jochem Rieger ()

• A17 The role of cholinergic modulation in learning and active sensing

  Dr. Christian Kluge ( )

  Prof. Dr. Hans-Jochen Heinze ()

   

• B1 Modelling signal processing in auditory scene analysis for normal-hearing and hearing-impaired listeners

  Dr. Thomas Brand (<span%20id="><span%20id=">domain=uni-oldenburg.de">thomas.branduni-oldenburg.de</span%20id="></span%20id="> )

  Dr. Stephan Ewert ()

  Prof. Dr. Dr. Birger Kollmeier (birger.kollmeieruni-oldenburg.de)

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  B2 Models of sound source localization and source separation based on the statistics of monaural and binaural signal features

  Dr. Volker Hohmann ()

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  B3 Psychoacoustical modelling of auditory object perception in humans

  Jun.Prof. Dr. Jesko Verhey ()

• B4 Subjective dimensions of audiovisual object formation

  Prof. Dr. Hans Colonius ()

• B5 Complex Auditory Features for Robust Automatic Speech Recognition and for Modelling Human Speech Perception

  Prof. Dr. Dr. Birger Kollmeier (birger.kollmeieruni-oldenburg.de)

• B6 Model Based Blind Source Separation for Auditory Scene Analysis

  Dr. Jörn Anemüller ()

  Dr. Stephan Ewert ()

• B7 Binaural cocktail-party processing: the role of perceptual organisation and release from masking

  Prof. Dr. Steven van de Par  (