声音定位和可视化设备

Chandykunju Alex, Kevin Martin Jose, A. Joseph
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引用次数: 0

摘要

本文提出了一种通过声音频率可视化并估计其到达方向来治疗完全性听力损失的新方法。我们称之为“可视化设备”,基本上由一个粒子速度传感器、一个麦克风、一个数字信号处理器和一个透明显示模块组成。有关声音的性质(频率/音调)和到达方向的信息显示在安装在用户眼前的透明显示模块中。声音通过将其频率映射到RGB颜色值来表示为颜色。经过适当的训练,一个没有听力天赋的人可以使用该设备识别环境中不同的声源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sound localization and Visualization device
This paper proposes a novel method to tackle complete hearing loss by visualizing sound frequency and estimating its direction of arrival. The `Visualization device', as we may call it, essentially consists of a particle velocity sensor, a microphone, a digital signal processor and a transparent display module. Information regarding the nature (frequency/pitch) and direction of arrival of sound is displayed in a transparent display module mounted in front of the user's eyes. Sound is represented as color by mapping its frequency to an RGB color value. With proper training, an individual without the gift of hearing can use the device to identify different sound sources in the environment.
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