From perceptual rule transformation to listener attribution judgments: a blind-listening experiment on AI-generated, human–AI collaborative, and human-composed music
Aug 2026· Frontiers in Psychology· 0 citations· 15 references
TL;DR
Findings suggest that, in the absence of external authorship labels, listeners spontaneously form judgments about the creative agent of music that are stably associated with aesthetic evaluation and may constitute an endogenous perceptual bias in the reception of AI-generated music.
Abstract
This study examines listeners’ creator attribution judgments and aesthetic evaluations of AI-generated, human–AI collaborative, and human-composed music under blind-listening conditions. Within a framework of personal compositional style modeling, compositional experience was transformed into executable sampling constraints through natural-language interaction. This process is conceptualized in the present study as “perceptual rule transformation” and was used to generate 18 melodic excerpts. Seventy-one participants with music training completed tasks involving creator attribution judgment, attribution confidence rating, and aesthetic evaluation. The results partially supported H1: a statistically significant but very small association was observed between the actual compositional condition and listeners’ attribution judgments, χ
2
(4) = 23.076,
p
< 0.001, Cramér’s V = 0.095. Attribution judgments in the AI-generated and human–AI collaborative conditions were close to a random distribution, and even in the human-composed condition the majority of excerpts (54.7%) were misattributed. Thus, musically trained listeners could not reliably identify the compositional source of the excerpts, with only a modest attribution advantage for human-composed music. Significant differences in aesthetic evaluation were also found across the three compositional conditions. After controlling for actual compositional condition, attribution confidence, and individual participant differences, creator attribution judgment remained independently associated with aesthetic evaluation, and this association held even within the AI-generated condition, where the actual source of all excerpts was constant. These findings suggest that, in the absence of external authorship labels, listeners spontaneously form judgments about the creative agent of music. Such judgments are stably associated with aesthetic evaluation and may constitute an endogenous perceptual bias in the reception of AI-generated music.
Generative artificial intelligence is increasingly involved in music creation, raising important questions about how listeners emotionally respond to music that is generated by, or attributed to, AI. This mini-review synthesizes recent empirical research on listeners' emotional, aesthetic, and physiological responses t...
Wen-Ting He, Yu-Yi Sun· Frontiers in Psychology· 0 citations
Advertising agencies should integrate generative AI through reflective routines that preserve human judgment, professional learning and junior skill development through reflective routines that preserve human judgment, professional learning and junior skill development.
Mario D'Arco, Orlando Troisi, G. Maione· The TQM Journal· 0 citations
The present study investigates how the type of composer and the disclosure of authorship jointly influence aesthetic evaluations of music, with perceived authorship attribution examined as a mediating cognitive mechanism. Using an explanatory sequential mixed-methods design, the study involved music undergraduates in t...
Listeners conduct fine-grained analyses of gender from speech, and their perceptual organization of voices is presumed to be grounded in structured acoustic-phonetic information. Here, we compare human perceived similarity to automated self-supervised speech representations from a deep-learning model (i.e., HuBERT), wh...
Malachi Henry, Tessa Bent· Journal of the Acoustical So...· 0 citations
Findings showed that GAI produced more words than human experts, although length was treated as a descriptive indicator rather than a measure of quality or depth, although length was treated as a descriptive indicator rather than a measure of quality or depth.
Karla-Karina RUIZ-MENDOZA, Luis Horacio, Pedroza-Zúñiga et al.· 0 citations
Assistant Professor Benjamin Lindquist studies how engineers deliberately injected randomness into early AI, giving rise to deep-learning models that sometimes hallucinate.
We use cookies to run the site and, with your consent, for analytics and to show ads.
See our Cookie Policy.