结合脑波的移动应用音乐推荐系统

Rung-Ching Chen, Cheng-Yun Lin, Ming-Jheng Liou, Christine Dewi
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引用次数: 0

摘要

在生活中听音乐可以帮助集中注意力或放松,但不合适的音乐可能会产生副作用。此外,听音乐或演奏乐器可以促进记忆和学习。此外,听音乐的好处还包括改善运动,身体协调,提高注意力和注意力。本文开发了一款能够推荐音乐、整合和分析脑电波数据的脑电波应用程序。我们的研究工作是希望让用户快速了解自己的状态和适合的音乐类型。关于音乐和脑电波在生活中的应用有很多研究。本文采用脑波仪结合Android Studio开发手机软件。它利用蓝牙传输到手机屏幕上的脑电图(EEG)来分析不同音乐对情绪的影响。研究人员试图通过检测脑电波来提高生活质量,减轻压力。此外,我们的实验重点关注注意力和冥想,并增加了疲劳、阅读质量、睡眠质量和驾驶质量的计算。通过使用我们的系统,用户可以更容易地了解他们的状态。此外,我们的音乐推荐系统实现了游戏向用户推荐适合的音乐。最后,用户可以通过听系统推荐的音乐来提高注意力、放松和生活质量。
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Mobile Applications for Music Recommendation System Combined with Brainwave
Listening to music in one's life can help focus or relax, but inappropriate music can cause side effects. Moreover, listening to music or playing an instrument can promote memory and learning. Besides, the benefits of listening to music also include improving movement, body coordination and increase concentration and attention. This paper develops a brain wave application app that recommends music, integrates and analyzes brain wave data. Our research work is hoping to let users quickly understand their status and suitable music types. There is a lot of research on the application of music and brain waves to life. This paper uses a brainwave instrument combined with Android Studio to develop mobile phone software. It uses Bluetooth transmission to Electroencephalography (EEG) on the phone screen to analyze the emotional effects of different music. The researcher tries to detect brain waves to enhance the quality of life and reduce stress. Furthermore, our experiment focuses on attention and meditation and increases the calculation of fatigue, reading quality, sleep quality, and driving quality. By using our system, users can more easily understand their state. In addition, our music recommendation system implements games to recommend suitable music to users. Finally, users can improve concentration, relaxation, and quality of life by listening to music recommended by our system.
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