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Robust extraction of eyes from face

机译:从脸部强大地提取眼睛的眼睛

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In this paper we propose a new algorithm to detect the irises of both eyes from a human face in an intensity image. Using the separability filter proposed by Fukui et al. (1997), the algorithm first extracts intensity valleys, which we call blobs in this paper, as the candidates for the irises. Next, for each pair of blobs, the algorithm computes a cost using Hough transform and separability filter to measure the fit of the pair of blobs to the image. And then, the algorithm selects a pair of blobs with the smallest cost as the irises of both eyes. As the result of the experiment using all faces without spectacles in the face database of the University of Bern, the success rate of the proposed algorithm was 96.5% on average.
机译:在本文中,我们提出了一种新的算法来检测从强度图像中的人脸的双眼的虹膜。使用Fukui等人提出的可分离滤波器。 (1997),该算法首先提取强度谷,我们在本文中呼叫Blob,作为虹膜的候选者。接下来,对于每对BLOB,该算法计算使用Hough变换和可分离滤波器的成本,以测量对图像的一对斑点的拟合。然后,该算法选择一对具有最小成本作为双眼的鸢尾花的斑点。由于实验在伯尔尼大学的面部数据库中使用了没有眼镜的脸部,所提出的算法的成功率平均为96.5%。

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