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Displaying results 761 to 770 of 925.
  • Publications
    Revisiting nonstandard variety TTS and its evaluation in Austria

    Revisiting nonstandard variety TTS and its evaluation in Austria. / Lozo, C; Pucher, M.
    Proceedings of the Phonetics and Speech Technology Workshop, The Phonetician Bd. 117. 2020. p. 34-44.

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    F0 contours of ironic and literal utterances

    F0 contours of ironic and literal utterances. / Leykum, H.
    Proceedings of the Phonetics and Speech Technology Workshop (ÖLT2018). 2020. p. 73-83.

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    Mesh2HRTF/NumCalc: Ein quelloffenes Paket zur Berechnung von HRTFs und akustischer Wellenausbreitung in 3D

    Mesh2HRTF/NumCalc: Ein quelloffenes Paket zur Berechnung von HRTFs und akustischer Wellenausbreitung in 3D. / Kreuzer, W; Brinkmann, F; Pollack, K et al.
    Fortschritte der Akustik - DAGA 2022. Stuttgart, 2022.

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    On the role of asymmetry in prosodic change of consonant duration: Results from an agent-based model with two German varieties

    On the role of asymmetry in prosodic change of consonant duration: Results from an agent-based model with two German varieties. / Cronenberg, J; Klingler, N; Kleber, F et al.
    Proceedings of Speech Prosody 2022. Lissabon, 2022. p. 249 - 253.

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    Accelerating Matching Pursuit with Multiple TimeFrequency Dictionaries

    Accelerating Matching Pursuit with Multiple TimeFrequency Dictionaries. / Průša, Z; Holighaus, N; Balazs, P.
    Proceedings of the 23rd International Conference on Digital Audio Effects (DAFx2020). Wien, 2021. p. 181-186.

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    Towards a general probabilistic framework to predict human sound localization

    Towards a general probabilistic framework to predict human sound localization. / Barumerli, R; Majdak, P.
    Proceedings: A11, Psychoacoustics, ICA 2022. Gyeongju, 2022. p. 161-163.

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    Parametrische Darstellung der Pinnageometrie zur Berechnung von personalisierten Head-Related Transfer Functions

    Parametrische Darstellung der Pinnageometrie zur Berechnung von personalisierten Head-Related Transfer Functions. / Pollack, K; Majdak, P.
    Fortschritte der Akustik - DAGA 2022. Stuttgart, 2022.

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    Random time-varying filtering with subsampling

    Random time-varying filtering with subsampling. / Tauböck, G; Rajbamshi, S; Balazs, P.
    Proceedings: A16, Numerical, Computational and Theoretical Acoustics, ICA 2022. Gyeongju, Korea, 2022. p. 274-280.

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    Usage of the 2.5D boundary element method for the detection of moving noise sources

    Usage of the 2.5D boundary element method for the detection of moving noise sources. / Waubke, H.
    Proceedings of the inter.noise 2022. Glasgow, 2022. p. 705-711.

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    Acoustic Holography for moving objects

    Acoustic Holography for moving objects. / Waubke, H.
    Proceedings of the 9th Berlin Beamforming Conference. Berlin, 2022.

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Contact

Acoustics Research Institute (ARI)
of the Austrian Academy of Sciences

Dominikanerbastei 16
AT-1010 Vienna

Mailing address:
Wiesingerstrasse 4
AT-1010 Vienna

T +43 (0)1 51581 2501
F: +43 1 51581 2530
Email: office.isf(at)oeaw.ac.at

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Open Positions at ARI

Acoustics Research Institute

The Acoustics Research Institute (ARI) of the Austrian Academy of Sciences conducts application-oriented fundamental research in the field of acoustics. The ARI consists of six groups working in close collaboration to address these research demands. Each of the groups is active in both fundamental and applied research, aiming for scientific excellency, particularly in interdisciplinary projects.

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