V3:声音振动的交互式实时可视化

Rébecca Kleinberger
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引用次数: 3

摘要

我们的声音是我们个性的重要组成部分,但我们与自己的声音的关系并不明显。我们听到的声音和其他人听到的不一样,我们的大脑对待它的方式和我们听到的任何其他声音都不一样[Houde et al. 2002]。然而,它的声音与我们的身心密切相关,与社会如何看待我们以及我们如何看待自己密切相关。V3系统(声音振动可视化)提供了声音振动模式的交互式可视化。我们开发了六听诊面罩,一种头戴式传感器,可以测量面部和喉咙的6个点的声音生物声学信号。这些信号被发送和处理,以提供6个测点的相对振动强度的实时可视化。该系统可用于各种场合,如声乐训练,聋人社区的工具设计,语言障碍治疗和韵律习得的HCI设计,也可用于个人声乐探索。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
V3: an interactive real-time visualization of vocal vibrations
Our voice is an important part of our individuality but the relationship we have with our own voice is not obvious. We don't hear it the same way others do, and our brain treats it differently from any other sound we hear [Houde et al. 2002]. Yet its sonority is highly linked to our body and mind, and deeply connected with how we are perceived by society and how we see ourselves. The V3 system (Vocal Vibrations Visualization) offers a interactive visualization of vocal vibration patterns. We developed the hexauscultation mask, a head set sensor that measures bioacoustic signals from the voice at 6 points of the face and throat. Those signals are sent and processed to offer a real-time visualization of the relative vibration intensities at the 6 measured points. This system can be used in various situations such as vocal training, tool design for the deaf community, design of HCI for speech disorder treatment and prosody acquisition but also simply for personal vocal exploration.
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