Composition of Musical Piece Suited to Natural Sound by Interactive GA using User’s EEG as Fitness

Haroran Gan, M. Fukumoto
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Abstract

Everyone needs to be relaxed in some way. Previous studies show that listening to the combination of musical pieces and natural sounds effectively provide listeners with a relaxed feeling. In this study, we advocate an Interactive Genetic Algorithm (IGA) that composes musical piece suited to natural sound. IGA is a method to create media content that fits users’ feelings based on their evaluation. Considering the fatigue and burden brought by subjective evaluation of users, the ratio of alpha-wave power in Electroencephalography (EEG) is used as fitness in this study. Based on the proposed IGA, we built a system taking musical notes, entire volume, and tempo as variables to adjust. With the IGA system, a listening experiment was carried out to investigate the fundamental efficiency of the proposed IGA. As a result, a marginal increase in the mean fitness was observed between the initial and final generations. However, no significant difference was observed in the subjective evaluation step after the search step.
以用户脑电图为适应度的交互式遗传算法合成适合自然声音的乐曲
每个人都需要在某种程度上放松。先前的研究表明,音乐作品和自然声音的结合可以有效地为听众提供一种放松的感觉。在这项研究中,我们提倡一种互动遗传算法(IGA)来创作适合自然声音的音乐作品。IGA是根据用户的评价,制作符合用户感受的媒体内容的方法。考虑到用户主观评价带来的疲劳和负担,本研究采用脑电图α波功率比作为适应度。基于提出的IGA,我们构建了一个以音符、整体音量和速度作为变量进行调整的系统。利用IGA系统进行了听音实验,验证了该系统的基本效率。结果,在初始代和最后代之间观察到平均适应度的边际增加。然而,在搜索步骤之后的主观评价步骤中,没有观察到显著差异。
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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