The neural network model of music cognition ARTIST and applications to the WWW

P. Frederic
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引用次数: 1

Abstract

We present a simple ART2 neural network (NN) model, ARTIST, and show how after simple exposure to music and unsupervised learning, it is able to simulate high level perceptual and human cognitive abilities. Amongst other things, it is able to predict with a very high degree of accuracy how good a short musical sequence will sound to human ears. For this, ARTIST has to be exposed to the same kind of music as the listeners'. Such a model able to recover the rules of music aesthetics according to a particular musical environment, totally under control of the user, can have many applications to the distribution of music through the World Wide Web. The most straightforward application is to build an accurate profile of the user's musical preferences, based on the musical content itself. This should avoid the usual drawbacks of the current search engines and other "musical advisors", which base their advice on rigid musical style classifications, and are too general and impersonal. Other applications can range from assisted composition to interactive man-machine duet improvisation or the creation of online alternative versions of songs (remix).
音乐认知的神经网络模型及其在万维网上的应用
我们提出了一个简单的ART2神经网络(NN)模型,ARTIST,并展示了在简单接触音乐和无监督学习后,它如何能够模拟高水平的感知和人类认知能力。除此之外,它还能够非常准确地预测一段简短的音乐序列对人耳来说有多好。为此,艺术家必须与听众接触相同类型的音乐。这种能够根据特定的音乐环境恢复音乐美学规则的模型,完全在用户的控制之下,可以在通过万维网传播音乐方面有许多应用。最直接的应用程序是基于音乐内容本身构建用户音乐偏好的准确配置文件。这将避免当前搜索引擎和其他“音乐顾问”的常见缺陷,它们的建议基于严格的音乐风格分类,过于笼统和客观。其他应用范围从辅助作曲到交互式人机二重唱即兴创作,或创建歌曲的在线替代版本(混音)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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