Publications-ppc
Towards a characterization of background music audibility in broadcasted TV
Authors
Batlle-Roca R, Herrera-Boyer P, Meléndez B, Molina E, Serra X
UPF authors
Type
Scholarly articles
Journal title
International Journal of Environmental Research and Public Health
Publication year
2023
Volume
20
Number
1
Pages
1-15
ISSN
1661-7827
Publication State
Published
Abstract
In audiovisual contexts, different conventions determine the level at which background music is mixed into the final program, and sometimes, the mix renders the music to be practically or totally inaudible. From a perceptual point of view, the audibility of music is subject to auditory masking by other aural stimuli such as voice or additional sounds (e.g., applause, laughter, horns), and is also influenced by the visual content that accompanies the soundtrack, and by attentional and motivational factors. This situation is relevant to the music industry because, according to some copyright regulations, the non-audible background music must not generate any distribution rights, and the marginally audible background music must generate half of the standard value of audible music. In this study, we conduct two psychoacoustic experiments to identify several factors that influence background music perception, and their contribution to its variable audibility. Our experiments are based on auditory detection and chronometric tasks involving keyboard interactions with original TV content. From the collected data, we estimated a sound-to-music ratio range to define the audibility threshold limits of the barely audible class. In addition, results show that perception is affected by loudness level, listening condition, music sensitivity, and type of television content.
Complete citation
Batlle-Roca R, Herrera-Boyer P, Meléndez B, Molina E, Serra X. Towards a characterization of background music audibility in broadcasted TV. International Journal of Environmental Research and Public Health 2023; 20(1): 1-15.
0 times cited
0 times cited
CiteScore
4.5 (2021)
Scopus Sources
Index Scimago: 0.814 (2021)
HSJR index
113.0 (2020)
SJR quartile
Q2 (2018)
SJR area
Health, Toxicology and Mutagenesis (Q2); Public Health, Environmental and Occupational Health (Q2) (2018)