Industrial applications of hybrid room acoustic simulations using a combination of discontinuous Galerking method and Geometrical Acoustic methods - Benchmark case study.
Autori:
Oskarsdottir, Gudrun; Pind, Finnur; Pedersen, Jesper
Pubblicato in:
International Conference ofAccoustics and SoundReinforcement. 2024
Editore:
Audio Engineering Society
Preserving Auditory Cues for Human Echolocation Training: A Geometrical Acoustics Study Using a Benchmark Dataset (BRAS)
Autori:
Jonas Karlberg, Alessia Milo, Finnur Pind, Runar Unnthorsson
Pubblicato in:
ISSN 0010-1033
Editore:
The American Society of Mechanical Engineers.
Physically accurate binaural reproductions from broadband wave-based room acoustics simulations, and comparison with measurements
Autori:
Matthias Cosnefroy; Steinar Guðjónsson; Finnur Pind
Pubblicato in:
IEEE Xplore, Numero 101109I3DA57090202310289312, 2023
Editore:
IEEE
Generating impulse responses using autoencoders
Autori:
Martin Eineborg,Finnur Pind,Solvi Thrastarson
Pubblicato in:
Forum Acousticum 2023, Numero 1061782fs20231177, 2023
Editore:
Forum Acousticum
Data generation with device-modeling using Treble’s hybrid cloud-based system
(si apre in una nuova finestra)
Autori:
Driscoll, Erin; Cosnefroy, Matthias; Hafsteinsson, Haukur; Stefánsson, Jón; Pind, Finnur
Pubblicato in:
Convetion Express Paper
Editore:
Audio Engineering Society
DOI:
10.17743/AESCONV.2023.978-1-942220-43-5
New Opportunities in Room Acoustics Simulations Using Wave Based Technology
Autori:
Ólafur Hafstein Pjeturson and Finnur Pind
Pubblicato in:
BNMA 2024
Editore:
BNMA 2024
Treble Auralizer: a real time Web Audio Engine enabling 3DoF auralization of simulated room acoustics designs
(si apre in una nuova finestra)
Autori:
Alessia Milo, Jóhannes F. Einarsson, Úlfur Einarsson, Finnur Pind
Pubblicato in:
2023 Immersive and 3D Audio: from Architecture to Automotive (I3DA), 2023
Editore:
IEEE
DOI:
10.1109/I3DA57090.2023.10289386
