基于粒子滤波和几何模型的唇部跟踪视觉语音识别

Islem Jarraya, S. Werda, W. Mahdi
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引用次数: 3

摘要

自动唇读技术是一种在嘈杂环境或老年人听力受损的情况下帮助理解交流信息的技术。为了实现这个系统,我们需要实现三个子系统。有一个定位和跟踪唇系统,唇描述符提取系统和分类和语音识别系统。在这项工作中,我们提出了一种时空方法来跟踪和表征唇运动,以自动识别法语的音素。首先,利用唇的颜色信息和唇的几何模型对唇进行分割。然后,我们应用粒子滤波来跟踪嘴唇的运动。最后,我们提出对视觉信息进行提取和分类,以识别发音的视音。这种方法应用于自然条件下的多个扬声器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Lip tracking using particle filter and geometric model for visual speech recognition
The automatic lip-reading is a technology which helps understanding messages exchanged in the case of a noisy environment or of elderly hearing impairment. To carry out this system, we need to implement three subsystems. There is a locating and tracking lips system, labial descriptors extraction system and a classification and speech recognition system. In this work, we present a spatio-temporal approach to track and characterize lip movements for the automatic recognition of visemes of the French language. First, we segment lips using the color information and a geometric model of lips. Then, we apply a particle filter to track lip movements. Finally, we propose to extract and classify the visual informations to recognize the pronounced viseme. This approach is applied with multiple speakers in natural conditions.
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