Dysphonic speech reconstruction: construction of a novel system for effective and efficient communication.

H Irem Turkmen, M Elif Karsligil
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引用次数: 2

Abstract

In this article, a MELP-based real-time system that produces synthetic speech for patients with chronic dysphonia while preserving their continual structure of speech, was presented. Dysphonic patients, even though strained, could express themselves within face-to-face communications. However, when speaking in a group or using communication devices such as mobile phones, they face serious difficulties in vocal communication since it becomes harder to understand their speech. This system will make the speech of such a patient much more understandable by reconstructing the patients' dysphonic speech in real time. This system can easily be fitting into an embedded system of the size and shape of a mobile phone, so that it could be carried all the time by the patients.

不发音语音重建:为有效和高效的交流构建一个新的系统。
本文介绍了一种基于melp的实时系统,该系统可以为慢性语音障碍患者产生合成语音,同时保持其连续的语音结构。语音障碍患者,即使紧张,也能在面对面的交流中表达自己。然而,当在群体中讲话或使用手机等通信设备时,他们的声音交流面临严重困难,因为他们的讲话变得更加难以理解。该系统通过对患者语音的实时重构,使患者的语音更加易于理解。这个系统可以很容易地安装到一个手机大小和形状的嵌入式系统中,这样病人就可以随时携带它。
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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来源期刊
IEEE Engineering in Medicine and Biology Magazine
IEEE Engineering in Medicine and Biology Magazine 工程技术-工程:生物医学
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