基于小波边缘检测的唇形自动提取

Ye-peng Guan
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引用次数: 15

摘要

有效的自动唇形图像提取是各种应用的基础。由于口腔外唇轮廓与皮肤背景相比颜色区分非常差,因此唇的提取成为一个难题。为了提高唇部与面部其他区域的对比度,提出了离散哈特利变换(DHT)。我们在HDT的C3分量上执行小波多尺度边缘检测,它同时考虑了颜色信息和几何特征。通过与现有唇形分割算法的比较,表明了该算法的优越性。该算法无需为每张人脸图像确定最佳阈值,即可产生更好的分割效果。与其他研究的方法相比,唇形分割完全是自动确定的
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automatic Extraction of Lip Based on Wavelet Edge Detection
The effective automatic lip extraction from images is fundamental in a variety of applications. Since the outer labial contour of the mouth is very poor color distinction when compared against its skin background, it makes extraction of lip a difficult problem. In order to improve the contrast between lip and the other face regions, discrete Hartley transform (DHT) is proposed. We perform wavelet multi-scale edge detection across the C3 component of the HDT, which takes both the color information and the geometric characteristic into account. Comparative study with some existing lip segmentation algorithms has indicated the superior performance of the developed algorithm. The proposed algorithm produces better segmentation without need to determine an optimum threshold for each face image. In contrast with the other methods investigated, the lip segmentation is determined completely automatically
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