基于深度神经网络的传统波斯音乐程序作曲

Mansoure Ebrahimi, Babak Majidi, Mohmmad Eshghi
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引用次数: 5

摘要

近年来,电子游戏等虚拟现实环境中以各种形式使用的数字内容数量激增,这需要产生大量新的艺术材料。使用人工智能算法的程序内容生成有助于生成具有显著多样性的艺术材料,并基于各种传统源材料,避免虚拟环境的衍生性。这些系统还可以导致多元文化的多样性,并在数字环境中使用传统艺术。本文提出了一种基于递归深度神经网络的传统波斯音乐程序性作曲框架。该系统从古典波斯音乐的调式系统中学习,然后产生新的音乐。对所提出的系统进行了评估,结果表明深度神经网络能够产生质量可接受的传统波斯音乐。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Procedural Composition of Traditional Persian Music Using Deep Neural Networks
In recent years the explosion in the amount of digital content used in various forms in virtual reality environments such as videogames requires generating a massive amount of new artistic materials. Procedural content generation using artificial intelligence algorithms helps producing this artistic materials with significant variety and based on various traditional source materials and avoiding virtual environments to be derivative. These systems can also lead to multi-cultural variety and use of traditional art in digital environments. In this paper, a recurrent deep neural network based framework for procedural composition of the traditional Persian music is proposed. The proposed system learns from the classical Persian musical modal systems and then produces new music. The proposed system is evaluated and the results show that the deep neural networks are capable of producing traditional Persian music with acceptable quality.
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