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3D Sound Reconstruction For Virtual Auditory Displays: Applications In Buildings
This Special Issue on three-dimensional (3D) sound reconstruction for virtual auditory displays: applications in buildings contains six research papers. Among them, three articles describe virtual reconstruction of important theatres and opera houses. The remaining articles focus on theoretical approaches of virtual sound localization or auralisation.
Guest Editors: Lamberto Tronchin and Ning Xiang (Liaison Guest Editor)
Image Credit: Figure 6 from A. Bevilacqua, G. Iannace, “Acoustic study of the Roman theatre of Pompeii: Comparison between existing condition and future installation of two parametric acoustic shells,” J. Acoust. Soc. Am. 154, 2211–2226 (2023). https://doi.org/10.1121/10.0021312
SPECIAL ISSUE ON 3D SOUND RECONSTRUCTION FOR VIRTUAL AUDITORY DISPLAYS: APPLICATIONS IN BUILDINGS
Lamberto Tronchin; Ning Xiang
SPECIAL ISSUE ON 3D SOUND RECONSTRUCTION FOR VIRTUAL AUDITORY DISPLAYS: APPLICATIONS IN BUILDINGS
Antonella Bevilacqua; Gino Iannace
SPECIAL ISSUE ON 3D SOUND RECONSTRUCTION FOR VIRTUAL AUDITORY DISPLAYS: APPLICATIONS IN BUILDINGS
Matthieu Kuntz; Norbert F. Bischof; Bernhard U. Seeber
SPECIAL ISSUE ON 3D SOUND RECONSTRUCTION FOR VIRTUAL AUDITORY DISPLAYS: APPLICATIONS IN BUILDINGS
Ziying Yu; Qiaoxi Zhu; Ming Wu; Jun Yang
SPECIAL ISSUE ON 3D SOUND RECONSTRUCTION FOR VIRTUAL AUDITORY DISPLAYS: APPLICATIONS IN BUILDINGS
Antonella Bevilacqua; Gino Iannace
SPECIAL ISSUE ON 3D SOUND RECONSTRUCTION FOR VIRTUAL AUDITORY DISPLAYS: APPLICATIONS IN BUILDINGS
Lamberto Tronchin; Antonella Bevilacqua
SPECIAL ISSUE ON 3D SOUND RECONSTRUCTION FOR VIRTUAL AUDITORY DISPLAYS: APPLICATIONS IN BUILDINGS
Ziran Jiang; Jinqiu Sang; Chengshi Zheng; Andong Li; Xiaodong Li