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Crypto-biometric systems in the ePassport life cycle

机译:ePassport生命周期中的密码生物学系统

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摘要

With the globalization of our society we are increasingly engaged in transactions, both online and offline, with people we do not know. This has created a need for technologies based on reliability that allow individual identification and authentication in a way that cannot easily be abused. Physical or behavioral properties inherent to an individual are commonly referred to as biometrics. Biometric systems have found their way to a wide range of application domains such as forensics, immigration and border control, or physical and logical access control. Passwords compared to biometrics is that the second field is considered to be more secure and reliable but have an increased awareness of the privacy issues that come with their use. This discrepancy between security demands and privacy awareness has given rise to the field of biometric template protection. Hide biometric data, prevent linking of hidden data and maintain the ability to authenticate or identify a person is some of the objectives of this project. The application will be focused on an improved version of travel documents embedding electronic chips called electronic passports (ePassports).
机译:随着我们社会的全球化,我们越来越多地与不认识的人进行在线和离线交易。这产生了对基于可靠性的技术的需求,该技术允许以不容易被滥用的方式进行个体识别和认证。个人固有的身体或行为特性通常称为生物特征。生物识别系统已经找到了进入广泛应用领域的途径,例如取证,移民和边境控制或物理和逻辑访问控制。与生物识别技术相比,密码被认为是第二安全性和可靠性更高的领域,但是人们对其使用所带来的隐私问题有了更多的了解。安全需求和隐私意识之间的这种差异引起了生物识别模板保护领域的兴起。隐藏生物特征数据,防止隐藏数据的链接并保持验证或识别人员的能力是该项目的目标。该应用程序将专注于旅行证件的改进版本,其中嵌入了称为电子护照(ePassports)的电子芯片。

著录项

  • 作者

    Toli Christina-Angeliki;

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  • 年度 2013
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  • 正文语种 en
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