Shenyang Conservatory of Music, Modern Conservatory of Music, Department of Popular Vocal Music, Shenyang, Liaoning Province 110168, China.
J Environ Public Health. 2022 Sep 26;2022:7903838. doi: 10.1155/2022/7903838. eCollection 2022.
The multicultural environment is affected by the ongoing advancement of science and technology, which results in more and more planned cultural fusions and collisions between various cultures. The emergence of distinct national cultures has emphasised cultural diversity. Music naturally takes the initiative and promotes diversity in social and cultural awareness as a cultural art form with distinctive charm. Cultural variables play a significant role in the development, appeal, and wide transmission of voice output. It is an authentic catharsis and a vivid record of spiritual activity among people. Because the diversity of art is also the source of the legacy and growth of creative innovation, the diversified integration of art will also promote the shared development of all nations. Vocal music and singing art must adapt to the circumstances, follow the trend of the times, and grow slowly and healthily in the direction of diversity in the context of multicultural development. Musical emotion is the key component of music. The periodic properties of sound should be studied since they have important implications for music study. In order to learn and predict the 8-dimensional emotion vector of musical compositions, this study creates a dataset of 200 pieces of music, isolates music emotion detection as a regression issue, and applies machine learning techniques. According to experimental findings, when mid- and high-level characteristics are used as input instead of low-level features, accuracy can increase from 50.28% to 68.39%.
多元文化环境受到科学技术不断进步的影响,导致各种文化之间越来越多的计划性文化融合和碰撞。独特民族文化的出现强调了文化多样性。音乐作为一种具有独特魅力的文化艺术形式,自然而然地在社会和文化意识的多样性中发挥了积极作用。文化变量在声音输出的发展、吸引力和广泛传播中起着重要作用。它是人们精神活动的真实宣泄和生动记录。由于艺术的多样性也是创意创新传承和发展的源泉,艺术的多元化融合也将促进各国的共同发展。声乐和歌唱艺术必须适应环境,紧跟时代潮流,在多元文化发展的背景下朝着多样化的方向缓慢而健康地发展。音乐情感是音乐的关键组成部分。应该研究声音的周期性特性,因为它们对音乐研究具有重要意义。为了学习和预测音乐作品的 8 维情感向量,本研究创建了一个包含 200 首音乐的数据集,将音乐情感检测作为回归问题进行隔离,并应用机器学习技术。根据实验结果,当使用中高层特征作为输入而不是底层特征时,准确性可以从 50.28%提高到 68.39%。