Catégorie de document |
Contribution à un colloque ou à un congrès |
Titre |
Hybrid Reverberation Processor With Perceptual Control |
Auteur principal |
Thibaut Carpentier |
Co-auteurs |
Markus Noisternig, Olivier Warusfel |
Colloque / congrès |
17th International Conference on Digital Audio Effects - DAFx-14. Erlangen : Septembre 2014 |
Comité de lecture |
Oui |
Année |
2014 |
Statut éditorial |
Publié |
Résumé |
This paper presents a hybrid reverberation processor, i.e. a real-time audio signal processing unit that combines a convolution reverb for recreating the early reflections of a measured impulse response (IR) with a feedback delay network (FDN) for synthesizing the reverberation tail. The FDN is automatically adjusted so as to match the energy decay profile of the measured IR. Particular attention is given to the transition between the convolution section and the FDN in order to avoid audible artifacts. The proposed reverberation processor offers both computational efficiency and flexible perceptual control over the reverberation effect. |
Mots-clés |
reverberation / FDN / reverb / impulse response / hybrid reverberation / convolution / feedback delay networks |
Equipe |
Espaces acoustiques et cognitifs |
Cote |
Carpentier14a |
Adresse de la version en ligne |
http://architexte.ircam.fr/textes/Carpentier14a/index.pdf |
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