Generative soundscapes enhance audience experience in exhibitions, suggesting new artistic possibilities and interactions.
Generative soundscapes in exhibition spaces offer new possibilities for integrating artistic practice, technological innovation and perceptual experience. Contemporary tools – including stochastic algorithms, random oscillators and diverse methods of sound synthesis – enable the construction of environments that respond dynamically to external conditions. With the integration of artificial intelligence and machine learning, such systems acquire additional flexibility: they are able to register the presence and movement of visitors, evaluate changes in audience density and adjust to the acoustic properties of the space in real time. As a result, sound layers can emerge when a participant approaches, the balance of elements may shift with fluctuations in the crowd, and potential peaks in volume can be anticipated and mitigated. In this way, a fixed soundtrack is transformed into an adaptive system, where the exhibition environment functions as an active, responsive organism. Sound ceases to serve merely as a background and becomes a structural component that directly influences how the artistic work is perceived.
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STOLBOVA et al. (2026) studied this question.
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