Publications

Show results 1 to 25 from 1025.

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Brandner, M. 3D sound source localization using a spherical microphone array. ( Silzle, A. ). Proceedings of ICSA 2014 in Erlangen (ICSA 2014 in Erlangen) . 2014.
Brandner, M. 3D sound source localization using a spherical microphone array. ( Silzle, A. ). Proceedings of ICSA 2014 in Erlangen (ICSA 2014 in Erlangen) . 2014.
Sontacchi, A. 3D sound source localization using a spherical microphone array.. ( Theile, G. ). Proceedings of the International Conference on Spatial Audio 2014 (International Conference on Spatial Audio 2014) . 2014.
Sontacchi, A. 3D sound source localization using a spherical microphone array.. ( Theile, G. ). Proceedings of the International Conference on Spatial Audio 2014 (International Conference on Spatial Audio 2014) . 2014.
Sontacchi, A., Zotter, F., Höldrich, R. 3D sound field rendering under non-idealized loudspeaker arrangements. Poster at ACOUSTICS 08 in Paris (Frankreich), SFA, EAA, ASA (Frankreich), SFA, EAA, ASA (Frankreich), 2008.
Sontacchi, A., Zotter, F., Höldrich, R. 3D sound field rendering under non-idealized loudspeaker arrangements. Poster at ACOUSTICS 08 in Paris (Frankreich), SFA, EAA, ASA (Frankreich), SFA, EAA, ASA (Frankreich), 2008.
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Schörkhuber, C., Zotter, F., Frank, M., Höldrich, R. Automatic Mixing for Immersive Teleconferencing Systems. Poster at DAGA 2016 in Aachen (Deutschland), DEGA (Deutschland), DEGA (Deutschland), 2016.
Schörkhuber, C., Zotter, F., Frank, M., Höldrich, R. Automatic Mixing for Immersive Teleconferencing Systems. Poster at DAGA 2016 in Aachen (Deutschland), DEGA (Deutschland), DEGA (Deutschland), 2016.
Wankhammer, A. Automatic Detection of the Musical Structure within Pieces of Music. Institut 17 Elektronische Musik und Akustik, University of Music and Performing Arts Graz (Austria), 2011.
Wankhammer, A. Automatic Detection of the Musical Structure within Pieces of Music. Institut 17 Elektronische Musik und Akustik, University of Music and Performing Arts Graz (Austria), 2011.
Zaunschirm, M. An Efficient Source-and-Receiver-Directional RIR Measurement Method. Poster at DAGA 2017 in Christian-Albrechts-Universität zu Kiel (Deutschland), Deutsche Gesellschaft für Akutsik (Deutschland), Deutsche Gesellschaft für Akutsik (Deutschland), 2017.
Zaunschirm, M. An Efficient Source-and-Receiver-Directional RIR Measurement Method. Poster at DAGA 2017 in Christian-Albrechts-Universität zu Kiel (Deutschland), Deutsche Gesellschaft für Akutsik (Deutschland), Deutsche Gesellschaft für Akutsik (Deutschland), 2017.
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