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Eye detection using Gabor Filter and SVM

机译:使用Gabor滤镜和SVM进行眼睛检测

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摘要

Eye detection has many applications in computer vision systems. A novel approach of eye detection for facial images using Gabor Filter and support vector machine (SVM) is proposed in this paper. Eyeon-eye patterns are rotated by different angels using Gabor Filter and then used to train SVM. In the proposed approach first face is extracted using skin colour information and later using Lab transform and Morphological operations eye pair candidates are detected which are given to SVM classifier to classify the detected eye pair candidates as eye or non-eye. The Lab and HSV colour space are used for face extraction and to find eye pair candidates. Separable Gabor filters are used to decrease computation time and the rotation-invariant characteristics of the Gabor Filter makes this method robust against rotation. The proposed approach is tested on rotated images of the GTAV[13] database and is also experimented on videos captured at VITS and the success rate achieved is 96%.
机译:眼睛检测在计算机视觉系统中有许多应用。提出了一种基于Gabor滤波器和支持向量机(SVM)的人脸图像人眼检测新方法。眼/非眼模式使用Gabor滤波器由不同的角度旋转,然后用于训练SVM。在所提出的方法中,首先使用肤色信息提取面部,然后使用Lab变换和形态学运算来检测候选的双眼,将其提供给SVM分类器,以将检测到的双眼分类为眼睛或非眼睛。 Lab和HSV色彩空间用于面部提取和查找候选眼睛。可分离的Gabor滤波器用于减少计算时间,并且Gabor滤波器的旋转不变特性使该方法对旋转具有鲁棒性。该方法在GTAV [13]数据库的旋转图像上进行了测试,并在VITS上捕获的视频上进行了实验,成功率为96%。

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