当前位置:首页 > 报告详情

Josh Engelsma (ROC):下一代指纹技术的影响.pdf

上传人: 芦苇 编号:651675 2025-05-01 25页 2.41MB

1、12024 ROC|All Rights Reservedwww.roc.aiImplications of Next Generation Fingerprint TechnologiesJoshua Engelsma04-02-2522024 ROC|All Rights ReservedHistory of FingerprintsPioneers of FingerprintsEvidence of fingerprints in early clay tablets and seals from 1955 BCNehemiah Grew-ridges,furrows,and pore

2、 structure studied in 1624Sir William Herschel-fingerprints unchanged from 1860-1890(permanence)Henry Faulds-fingerprints grow back in same pattern(permanence)Sir Edward Henry-Henry classification system of fingerprints in 1900Francis Galton-Identified fingerprint minutiae in 1892.WhorlRight LoopLef

3、t LoopArchTented ArchHenry Classification SystemJain,Anil K.,et al.Fingerprint recognition.Introduction to Biometrics.Cham:Springer International Publishing,2024.75-117.Ashim K Datta.Advances in Fingerprint Technology.CRC press,2001.32024 ROC|All Rights ReservedHistory of FingerprintsFingerprint Uni

4、queness“They have the unique merit of retaining all their peculiarities unchanged throughout life,and afford in consequence an incomparably surer criterion of identity than any other bodily feature.”-Sir Francis Galton(1892)2Galton went on to describe the well known minutiae points.Statistical model

5、 of minutiae distributions studied in 1.Minutiae BifurcationMinutiae Ending1 S.Pankanti,S.Prabhakar,and A.K.Jain,On the Individuality of Fingerprints,IEEE Trans.Pattern Analysis and Machine Intelligence,20022 Galton,Francis.Finger prints.No.57490-57492.Cosimo Classics,1892.42024 ROC|All Rights Reser

6、vedHistory of FingerprintsFingerprints PermanenceA given fingerprint pattern maintains high similarity over time 1A fingerprint pattern here is defined primarily by its extracted minutiae set.1 S.Yoon and A.K.Jain,Longitudinal Study of Fingerprint Recognition,Proc.National Academy of Sciences(PNAS),

word格式文档无特别注明外均可编辑修改,预览文件经过压缩,下载原文更清晰!
三个皮匠报告文库所有资源均是客户上传分享,仅供网友学习交流,未经上传用户书面授权,请勿作商用。
本文主要探讨了下一代指纹识别技术的含义及其对行业的影响。文章首先回顾了指纹识别技术的历史,强调了指纹的唯一性和永久性。随后,文章讨论了当前指纹识别系统的主要挑战,如非线性扭曲、指纹部分遮挡等,并指出这些挑战导致了指纹识别系统在某些情况下的假拒绝和假接受。文章还比较了基于指纹模板的识别方法与基于专利模板的方法,指出后者在识别准确性上有了显著提高。此外,文章还探讨了指纹识别技术在速度上的改进,以及其在法医鉴定和法庭证据方面的应用。最后,文章展望了未来指纹识别技术的发展方向,认为创新和利用最新的计算机视觉和机器学习技术将是指纹识别技术发展的关键。
未来技术如何改变行业?" 隐私与安全的新挑战?" 如何影响执法和调查?"
客服
商务合作
小程序
服务号
折叠