四巴掌指纹图像及其特征的融合以供人类识别

N. Singh, K. Tiwari, A. Nigam, P. Gupta
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引用次数: 20

摘要

提出了一种基于4张巴掌指纹图像的高效多模型生物识别系统。该系统利用4个巴掌指纹扫描仪,在一张图像中同时采集一只手上多个手指的指纹。首先对采集到的多指图像进行分割得到单个手指;估计每个手指的质量并提取其细节点。将图库4巴掌指纹图像中提取的单个手指的特征点与查询4巴掌指纹图像中对应的单个手指进行比较,得到该手指的匹配分数。通过融合不同手指的匹配分数以及各自的图像质量和相对精度,得到两张4拍指纹图像之间的匹配分数。基于融合匹配分数进行匹配决策。该系统已在IITK-student和IITK-rural两个4个巴掌指纹数据库中分别进行了1007和991个受试者的测试。这两个数据库在2个会话中获得。IITK-rural数据库和IITK-student数据库的正确识别率分别为91.00%和99.64%。EER值分别为5.64%和0.94%。
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Fusion of 4-slap fingerprint images with their qualities for human recognition
This paper presents an efficient multimodel bio-metric system based on 4 slap fingerprint images. The system utilizes 4 slap fingerprint scanner to simultaneously collect fingerprints of multiple fingers on a hand in one image. The acquired multi-finger images are first segmented to get individual fingers. Quality of each individual finger is estimated and its minutiae points are extracted. The minutiae points of each individual finger extracted from gallery 4 slap fingerprint image is compared with the corresponding individual finger of the query 4 slap fingerprint image to get matching score of that finger. Matching score between two 4 slap fingerprint images is obtained by fusing matching scores of various fingers along with their respective image quality and relative accuracies. Decision of matching has been taken based on the fused matching score. The system has been tested on two 4 slap fingerprint databases viz IITK-student and IITK-rural containing 1007 and 991 subjects respectively. Both databases are acquired in 2 sessions. The correct recognition rate obtained is 91.00% for IITK-rural database and 99.64% for IITK-student database. Respective EER values are 5.64% and 0.94%.
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