考虑和弦进行的遗传算法自动旋律生成

Motoki Kikuchi, Y. Osana
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引用次数: 10

摘要

本文提出了一种基于遗传算法的考虑和弦进行的旋律自动生成系统。在本文提出的旋律自动生成系统中,根据所训练的旋律的节奏、音高和和弦进行的特征生成初始人口。在该系统中,将训练好的样本旋律分成若干旋律块。在这里,旋律块是指主歌、桥、副歌等。并根据每个块的旋律特征生成一些新的旋律。将样本旋律的每个旋律块的节奏和音高特征用N-gram模型进行训练,并将其用于遗传算法旋律生成中的适应度计算。使用所提出的系统生成了一些旋律,并确认所提出的系统可以考虑训练样本旋律的每个旋律块中的特征来生成旋律。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic melody generation considering chord progression by genetic algorithm
In this research, an automatic melody generation system considering chord progression by genetic algorithm is proposed. In the proposed automatic melody generation system, initial population are generated based on features on rhythm, pitch and chord progression of trained melody. In this system, the trained sample melody is divided into some melody blocks. Here, melody blocks mean verse, bridge, chorus and so on. And some new melodies are generated considering melody features in each block. The features on rhythm and pitch in each melody block of the sample melody are trained in some N-gram models, and they are used in order to calculate fitness in the melody generation by genetic algorithm. Some melodies are generated using the proposed system and confirmed that the proposed system can generate melodies considering features in each melody block of the trained sample melody.
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