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Imitating the human flute playing by the WF-4RII: Mechanical, perceptual and performance control systems

机译:模仿WF-4RII的人笛:机械,感知和性能控制系统

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In this paper, the main improvements of the mechanical, perceptual and performance control systems, implemented on the Waseda Flutist Robot No.4 Refined II, are presented. Each of the systems of the flutist robot has been designed in order to imitate as near as possible the skills displayed by human during the flute performance; as a mean for clarifying the internal processes of the human motor control to perform skillful activities, enabling the robot to express ideas/feelings in musical terms, and proposing new ways of interaction between the human and the robot. A set of experiments were proposed to verify the effectiveness of the perceptual system as wells as the proposed volume control algorithm implemented on this robot. As a result, the robot has demonstrated to be able of recognizing automatically melodies from the performance of flutist beginners, detecting and tracking the presence of a human face and performing with more expressiveness by controlling the sound volume.
机译:本文介绍了在Waseda Flutist Robot No.4 Refined II上实施的机械,感知和性能控制系统的主要改进。设计了一名波动机器人的系统,以便在长笛性能期间尽可能靠近人类显示的技能;作为澄清人类电机控制的内部流程来执行熟练活动的含义,使机器人能够以音乐术语表达思想/感受,并提出人类和机器人之间的新互动方式。提出了一组实验,以验证感知系统的有效性,因为该机器人在该机器人上实现的批量控制算法。结果,该机器人已经证明能够从被火腿初学者的性能,检测和跟踪人脸的存在并通过控制音量来执行人脸的存在并以更具表现力来识别自动旋律。

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