A multi-loudspeaker binaural room impulse response dataset with high-resolution translational and rotational head coordinates in a listening room

Qiao, Yue; Gonzales, Ryan Miguel; Choueiri, Edgar

doi:10.3389/frsip.2024.1380060

Front. Signal Process.

2024

DOI: 10.3389/frsip.2024.1380060

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A multi-loudspeaker binaural room impulse response dataset with high-resolution translational and rotational head coordinates in a listening room

Yue Qiao,

Ryan Miguel Gonzales,

Edgar Choueiri

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Immersive Two-Channel Recordings Based on Personalized BRIRs and Their Applications in Industry

Kosmenda,

Mickiewicz

2024

Applied Sciences

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The realm of immersive sound technologies in modern industries is evolving every day. Two-channel recordings using personalized HRIRs or BRIRs, which are tailored to the unique anatomical features of individual listeners, significantly enhance the spatial accuracy and naturalness of sound, providing a highly immersive auditory experience. This paper discusses the importance of immersive sound and the externalization effect in recreating the acoustic environment. The paper also presents techniques for obtaining two-channel immersive renderings in a few different ways. The main focus is the integration of immersive audio in new technologies in the wide-ranging audio industry, from telecommunication, through applications for musicians, virtual reality scenarios, and hearing devices. In summary, this paper highlights the huge potential of personalized BRIRs in creating immersive two-channel recordings, offering substantial benefits across various industries by improving the realism and effectiveness of each auditory experience on its own.

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Immersive Two-Channel Recordings Based on Personalized BRIRs and Their Applications in Industry

Kosmenda,

Mickiewicz

2024

Applied Sciences

View full text Add to dashboard Cite

show abstract

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A multi-loudspeaker binaural room impulse response dataset with high-resolution translational and rotational head coordinates in a listening room

Cited by 1 publication

References 16 publications

Immersive Two-Channel Recordings Based on Personalized BRIRs and Their Applications in Industry

Immersive Two-Channel Recordings Based on Personalized BRIRs and Their Applications in Industry

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