基于遮挡图像的耳生物几何检索算法

Samik Chakraborty, M. Mitra, S. Pal
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引用次数: 0

摘要

耳朵是一种潜在的生物特征参数,与其他常见的生物特征不同,它在年龄、肥胖、疾病、表达等方面的结构独特性和稳定性引起了人们的关注。本文提出了一种基于耳朵的遮挡图像生物特征分析的几何检索算法。首先,通过经验数据驱动技术来解决遮挡问题,然后提取基于pso的最优特征进行比较,从而揭示受试者相对于存储数据库的真实性。从基于欧几里得距离的分析中搜索最小值用于最终决策。该系统在实验室对50名受试者进行了多次测试,识别率优于结果部分所示的同类报告。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Geometric retrieval algorithm-based ear biometry with occluded images
Ear is a potential biometric parameter which has drawn the attention due to its structural uniqueness and stability over the age, obesity, disease, expression, etc., unlike other common biometric traits. In this work a geometric retrieval algorithm has been proposed for ear-based biometric analysis with occluded image. First the occlusion problem is countered by an empirical data driven technique and then PSO-based optimal features are extracted for comparison that reveals the authenticity of the subject with respect to a stored database. A search of minima from Euclidian distance-based analysis is used for final decision. The proposed system is tested on 50 subjects collected in multiple sessions in laboratory with a good recognition rate superior to similar reported works as indicated in the result section.
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