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Fusion of Geometric and Texture Features For Ear Recognition

机译:融合几何和纹理特征以进行人耳识别

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The field of ear recognition has been getting a lot of attention in recent years in biometric recognition systems field, which have seen a rise in interest in the present day, not only because it provides a better substitute for conventional identification and authentication systems, but also because of the high rise in global insecurities which makes the biometric research field a very active research field. The aim of our study is to contribute to the field of ear recognition by applying both texture and geometric features. This research in respect to its aims and objectives carried out experiments on AMI ear database by extracting the Local Binary Patterns features, and also applying Laplacian filter on the raw images separately to extract the geometric features. The ear database was processed by dividing ear images into four quarters and experimented on them individually in a pursuit of identifying the region of high interest in human ear images. Texture and geometric features are then fused and experiments were carried out on to verify the contribution of the fused features.
机译:近年来,人耳识别领域在生物识别系统领域引起了广泛的关注,这在当今已经引起了人们的关注,这不仅是因为它可以更好地替代传统的身份识别和验证系统,而且由于全球不安全因素的高度上升,这使得生物识别研究领域成为非常活跃的研究领域。我们研究的目的是通过同时应用纹理和几何特征为耳朵识别领域做出贡献。针对其目的和目的,通过提取局部二值模式特征,并在原始图像上分别应用拉普拉斯滤波器,以提取几何特征,在AMI耳数据库上进行了实验。通过将耳朵图像分为四个部分来处理耳朵数据库,并分别对它们进行实验,以找出对人耳图像感兴趣的区域。然后融合纹理和几何特征,并进行实验以验证融合特征的贡献。

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