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Approach of facial surfaces by contour

机译:轮廓面部表面的方法

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In this work we have made a face recognition system based on the analysis of facial surfaces by analyzing the contours extracted from the 3D representation of human faces, called facial curves. Our recognition system uses the face representation of the image to the gray level as 2D surface in 3D space, with the third coordinate proportional to the intensity values of pixels. To extract the feature vector of face we used the method of analysis of facial curves. This approach is based on the mathematical definition of the space of facial surfaces. In this space the deformations are modeled by the geodesic path between two facial surfaces. The proposed method has been used for face recognition and tested on the database of face images known ORL database, developed by AT & T Laboratories Cambridge University in England, was used to evaluate the performance of our method under conditions where the pose and sample size are varied.
机译:在这项工作中,我们通过分析了从人面的3D表示中提取的轮廓来分析面部表面的面部识别系统,称为面部曲线。我们的识别系统使用图像的面部表示在灰度级别作为3D空间中的2D表面,第三个坐标与像素的强度值成比例。要提取面部的特征向量,我们使用了面部曲线的分析方法。这种方法基于面部表面的空间的数学定义。在该空间中,变形由两个面部表面之间的测地路径建模。所提出的方法已被用于面部识别和测试在脸部图像数据库上,由英格兰的AT&T Lablatories Cambridge University开发的Orl数据库,用于评估我们在姿势和样本大小的条件下的方法多变。

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