创造力
计算机科学
人工智能
深度学习
安全性令牌
音乐创作
实证研究
计算创造力
情感(语言学)
代表(政治)
数据科学
心理学
音乐教育
社会心理学
沟通
政治
认识论
哲学
法学
计算机安全
教育学
政治学
作者
Hyeshin Chu,Joohee Kim,Seongouk Kim,Hongkyu Lim,Hyunwook Lee,Seungmin Jin,Jongeun Lee,Tae-Hwan Kim,Sungahn Ko
标识
DOI:10.1145/3511808.3557235
摘要
Music creation is difficult because one must express one's creativity while following strict rules. The advancement of deep learning technologies has diversified the methods to automate complex processes and express creativity in music composition. However, prior research has not paid much attention to exploring the audiences' subjective satisfaction to improve music generation models. In this paper, we evaluate human satisfaction with the state-of-the-art automatic symbolic music generation models using deep learning. In doing so, we define a taxonomy for music generation models and suggest nine subjective evaluation metrics. Through an evaluation study, we obtained more than 700 evaluations from 100 participants, using the suggested metrics. Our evaluation study reveals that the token representation method and models' characteristics affect subjective satisfaction. Through our qualitative analysis, we deepen our understanding of AI-generated music and suggested evaluation metrics. Lastly, we present lessons learned and discuss future research directions of deep learning models for music creation.
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