音乐机器人和交互式多模态系统

Angelica Lim
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引用次数: 29

摘要

本卷描述了最先进的音乐机器人和互动系统,分为两个部分:“理解音乐表现和表达的元素”和“音乐机器人和自动化仪器”。这些部分反映了创造音乐机器人的两个主要动机。第一个原因是通过尝试在算法和软件中重建我们的机制来进一步理解我们作为人类的自我。例如,究竟是什么使音乐具有真正的表现力(第4章)?机器人为科学研究提供了一个可控的平台来回答这个问题。第二个动机是为艺术、娱乐和教育创造更先进的音乐机器人,并为第一个目标开发平台。例如,吹笛子的机器人(第12章)被用作教学机器人和研究平台,用于使用颤音进行表达性演奏。主题包括界面、人机交互、同步、声学音乐处理和自动化。情感是音乐的一个重要元素,在这本书的15章中,有4章提到了“情感”。在这篇综述中,我们重点介绍了这些项目及其对情绪研究的贡献。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Musical Robots and Interactive Multimodal Systems
This volume describes the state-of-the-art in musical robots and interactive systems, and is divided into two sections: “Understanding Elements of Musical Performance and Expres-sion” and “Musical Robots and Automated Instruments.” These sections reflect the two main motivations for creating musical robots. The first reason is to further understand our-selves as humans by trying to recreate our mechanisms in algorithms and software. For example, what exactly makes a musical ges-ture expressive (Chapter 4)? Robots provide a controlled platform for scientific investigation to answer this question. The second motivation is to create more advanced musical robots for art, entertainment and education, and to develop platforms for the first goal. For instance, the flute-playing robot (Chapter 12) has been used as both a teaching robot and investigative plat-form for expressive play using vibrato. Topics include interfaces, human-robot interaction, synchronization, acoustic music processing, and automation.Emotion is an important element of mu-sic, and ‘emotion’ is mentioned in four of the fifteen chapters of this book. In this review, we highlight these projects and their contribution to the body of emotion research.
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