本文介绍的指纹认证系统具有普遍适用的特点。
This article describes a fingerprint authentication system with an universally applicable characteristics.
论文主要对应用于“一对一匹配”的指纹认证系统的设计及其关键算法的实现进行了研究。
This thesis is mainly about the study and design of the Automatic fingerprint verification system applying for one to one match, including the key algorithm.
下一步是生物识别认证，可以用指纹等进行加密。
Further down the road is biometric authentication, which could be encrypted with, say, a fingerprint.
如果系统认证仅基于指纹，则攻击者可以在仔细搜集了系统已认证用户的指纹后适当地构造一只假手。
If a system authenticates based solely on fingerprints, an attacker could reasonably construct a fake hand after carefully gathering fingerprints of an authorized user of the system.
通过分离横向偏振和纵向偏振，将其叠加生成一幅更准确的指纹图，将此作为计算机处理认证的输入。
By separating the vertical and the horizontal polarization, the device can overlap those images to produce an accurate fingerprint, which is fed to a computer for verification.
本文首先介绍网络数据库安全的基础：即现代密码学和数据库安全，接着介绍了指纹特征在身份认证中的原理。
The thesis introduce the base of network database security, which includes modern cryptology and database security, and introduce principle of fingerprint characteristic in identity identification.
为此，决定进行邮政金融业务指纹身份认证系统建设。
For this reason, decided to conduct postal financial business fingerprint authentication system construction.
指纹自动识别技术在身份认证领域有广泛和重要的应用价值。
The automatic fingerprint recognition techniques are widely used in the field of personal identification.
本论文主要完成了以下工作：(1)指纹技术与电子商务安全认证的理论分析。
The main thesis completed the following work: 1. Fingerprint technology and e-commerce security certification of the theoretical analysis.
指纹识别技术是一种重要的身份认证手段，也是目前应用最为广泛的生物特征识别技术。
The fingerprint identification technology is a kind of important personal identification means, as well as the most widely used biological characteristic identification technology at present.
研究动态口令随机数生成器、动态口令及指纹序列的加密方案的设计，并对认证系统的性能和安全性进行分析。
The random number generator, the encipherment scheme of the dynamic password and the fingerprint sequence are designed. And the performance and security of the authentication system are analysed.
由于指纹的唯一性和不变性，指纹识别已成为当前最流行、最方便、最可靠的个人身份认证技术之一。
The fingerprint identification has become one of the most popular, convenient and reliable personal authentication technologies due to its uniqueness and invariability.
该系统的成功应用，为银行保管箱领域开辟了更为广阔的市场，进一步促进了指纹识别和数字认证技术的产业化。
On account of the system successful applied, not only the bank safe-keeping box field is expanded, but also the industrialization of digital authentication and fingerprint identification is promoted.
文章结合椭圆曲线数字签名，提出了一种基于硬件指纹的电子书认证算法；
Combining with elliptic curve digital signature, the paper forwards ane-book attestation arithmetic which is based on hardware fingerprint.
本发明属于一种生物识别系统，主要是一种指纹、面部融合式身份认证系统。
The invention belongs to a biometric system, and mainly provides a system for a fingerprint and face integrated identity authentication system.
指纹作为人与生俱来的生物特征，具有不易丢失、防伪、防攻击等优点，能为使用者提供安全、可靠的认证途径，因此已广泛地应用于各行各业。
Fingerprint is a kind of inherent biologic feature which have advantages of difficult loss and avoiding fake. It can provide users a safe and reliable attestation approach and applies in many fields.
本文提出一种基于指纹识别的远程身份认证方案。
This paper proposes a fingerprint-based remote user authentication scheme.
此外，认证过程不需要传递用户指纹，保护了用户隐私。
Moreover, user's fingerprint need not be transmitted during communication, which protects user's privacy.
系统采用了一种新的许可证密钥产生、分配和认证的方法，使内容许可证跟用户的机器指纹和用户的个人信息绑定。
In this system, a new way of constructing and validating license key is designed. It makes license file binding with user's machine fingerprint and user information.
设计了一种基于指纹加密技术的网络身份认证协议。
The contents of the paper are listed as follow:1. Design an authentication protocol based on fingerprint encryption.
指纹识别作为一种方便有效的生物识别技术，受到了人们广泛的关注和重视，是目前个人身份认证的重要组成部分。
Fingerprint identification is one of the most important and effective biometric technology which has been paid amount of attention. It is the significant part of individual authentication.
可应用于门禁锁具，指纹保管箱，银行、社保身份认证等多种场合。
Suitable to be applied to door locks, safe box, bank security and social security etc.
考试当天拍摄的数码照片将打印在考生的雅思成绩单上，扫描的指纹数据将作为考生参加口试的身份认证。
Test-day photographs will appear on the IELTS test Report Form; and the finger scan data will be used to confirm the identity of candidates when they return to the test venue for their speaking test.
扫描时不保留指纹图像，仅存储数据字符串，该字符串只能用于考生身份认证，无法恢复指纹图像。
No image of the finger is taken or stored instead data is converted into a unique sequence of numbers that are then used to identify the candidate and cannot be converted back into an image.
扫描时不保留指纹图像，仅存储数据字符串，该字符串只能用于考生身份认证，无法恢复指纹图像。
No image of the finger is taken or stored instead data is converted into a unique sequence of numbers that are then used to identify the candidate and cannot be converted back into an image.
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