Human Ear Identification System Using Shape and structural feature based on SIFT and ANN Classifier

J. Jeyabharathi, S. Devi, Bindu Krishnan, Roxanna Samuel, M. I. Anees, R. Jegadeesan
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引用次数: 2

Abstract

This paper provides an efficient methodology of human ear detection that benefits from the local characteristic of the ear and try to deal with issues due to pose, poor contrast, change in illumination, and shortage of registration. To overcome the effect of noise, and poor contrast, including illumination, it incorporates (1) image pre-processing techniques in parallel, (2) a SIFT (scale-invariant feature transform process) on images obtained to minimize the possibility of variability in pose and weak validation of images. On enhanced images, SIFT feature extraction is conducted in order to obtain local features by each enhanced image. The CCN classifier has used for the full trial to this proposed technique. The public database such as the IIT Delhi ear database, have evaluated the technique. The experimental results determined that use of the suggested fusion significantly improves the accuracy of recognition.
基于SIFT和ANN分类器的人耳形状和结构特征识别系统
本文提供了一种有效的人耳检测方法,该方法利用人耳的局部特征,并试图处理由于姿势,对比度差,光照变化和配准不足而引起的问题。为了克服噪声和对比度差(包括光照)的影响,它结合了(1)并行图像预处理技术,(2)对获得的图像进行SIFT(比例不变特征变换过程),以最大限度地减少姿态变化和图像弱验证的可能性。对增强图像进行SIFT特征提取,得到每幅增强图像的局部特征。CCN分类器已用于该技术的完整试验。公共数据库,如印度理工学院德里耳朵数据库,已经评估了该技术。实验结果表明,采用该融合方法可显著提高识别精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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