Enabling humanoid musical interaction and performance

Youngmoo E. Kim, David Grunberg, Alyssa M. Batula, D. Lofaro, Jun-Ho Oh, P. Oh
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引用次数: 5

Abstract

Many people incorporate music into their daily lives, and the development of robots with musical awareness provides an opportunity for rich forms of human-robot interaction. Robots must, however, acquire a variety of skills before being able to participate in musical activities. In order to dance or play an instrument, for example, a robot be able to utilize substantial auditory and visual information. Our work focuses on providing such capabilities (audio and visual beat detection, pitch detection, motion control for producing musical notes) with the goal of enabling an adult-sized humanoid to be an interactive participant in a live musical ensemble. Miniature humanoids are used to prototype and refine many of these systems before deploying them on Hubo, an adult- sized humanoid developed by the Korean Advanced Institute of Science and Technology.
使人类的音乐互动和表演
许多人将音乐融入他们的日常生活,而具有音乐意识的机器人的发展为丰富的人机交互形式提供了机会。然而,在能够参与音乐活动之前,机器人必须掌握各种技能。例如,为了跳舞或演奏乐器,机器人必须能够利用大量的听觉和视觉信息。我们的工作重点是提供这样的功能(音频和视觉节拍检测,音高检测,产生音符的运动控制),目标是使成人大小的人形成为现场音乐合奏中的互动参与者。微型人形机器人在部署到由韩国科学技术院开发的成人大小的人形机器人“Hubo”上之前,用于对这些系统的原型和改进。
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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