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    • 1. 发明授权
    • Processing of biometric data by transformation
    • 通过转换处理生物特征数据
    • US08850299B2
    • 2014-09-30
    • US12637192
    • 2009-12-14
    • Hervé ChabanneJulien Bringer
    • Hervé ChabanneJulien Bringer
    • H03M13/00G07C9/00H04L9/32
    • G07C9/00158H04L9/3231H04L9/3236H04L2209/34
    • Biometric data relating to a biological part are processed by obtaining, on the one hand, a first set of transformed biometric data (f(B1)) by applying at least one irreversible transformation to a first set of biometric data (B1), and, on the other hand, a second set of transformed biometric data (f(B2)) by applying said transformation to a second set of biometric data (B2). Thereafter, a decision is made as to whether the second biometric data set corresponds to the first biometric data set on the basis of a comparison between the first transformed biometric data set and the second transformed biometric data set, said comparison being performed at the bit level of a digital representation of said first and second transformed biometric data sets as a function of an error corrector code word.
    • 通过对第一组生物特征数据(B1)应用至少一个不可逆变换,一方面获得第一组变换的生物体数据(f(B1))来处理与生物部位有关的生物特征数据, 另一方面,通过将所述变换应用于第二组生物特征数据(B2),将第二组变换的生物特征数据(f(B2))。 此后,基于第一变换生物统计数据组和第二变换生物统计数据集之间的比较,确定第二生物统计数据集是否对应于第一生物统计数据集,所述比较是在比特级执行的 所述第一和第二变换的生物统计数据集的数字表示作为误差校正码字的函数。
    • 6. 发明申请
    • Control of an Entity to be Controlled by a Control Entity
    • 由控制实体控制的实体的控制
    • US20100284538A1
    • 2010-11-11
    • US12747768
    • 2008-12-10
    • Hervé ChabanneJulien BringerThomas Icart
    • Hervé ChabanneJulien BringerThomas Icart
    • H04L9/00
    • H04L9/3271H04L9/302H04L9/3249H04L2209/805
    • A control entity communicates with an entity to be controlled so as to effect a control, a secret key being associated with the control entity. These entities share public parameters, a second public parameter being a combination of a first public parameter of the said plurality with the secret key. At the level of the entity to be controlled, a random value is generated, a first message is transmitted to the control entity, this first message comprising at least one value obtained by combining the first public parameter with the random value; and a second message is transmitted to the control entity, this second message comprising at least one value obtained by combining the first random value, a secret key of the entity to be controlled and a value received from the control entity. One of the values included in the first or the second message is based on the second public parameter.
    • 控制实体与要被控制的实体进行通信,以便实现控制,秘密密钥与控制实体相关联。 这些实体共享公共参数,第二公共参数是所述多个的第一公共参数与秘密密钥的组合。 在要被控制的实体的级别,生成随机值,将第一消息发送到控制实体,该第一消息包括通过将第一公共参数与随机值组合而获得的至少一个值; 并且第二消息被发送到控制实体,该第二消息包括通过组合第一随机值,要被控制的实体的秘密密钥和从控制实体接收的值获得的至少一个值。 包含在第一或第二个消息中的值之一是基于第二个公共参数。
    • 7. 发明授权
    • RF label identification
    • RF标签识别
    • US07828213B2
    • 2010-11-09
    • US11557327
    • 2006-11-07
    • Hervé ChabanneEmmanuelle DottaxJulien Bringer
    • Hervé ChabanneEmmanuelle DottaxJulien Bringer
    • G06K7/08
    • G06K7/0008G06K19/073H04L9/3271H04L2209/805
    • In an RF label identification system comprising a label reader and a plurality of labels, a unique and secret identifier being associated with each label, a first random number is sent from a label to the reader. A second random number is then sent from the reader to the label. In the RF label, a value of the encrypted identifier is then obtained by generating third and fourth random numbers in accordance with a probabilistic rule, by transforming the first and second random numbers in accordance with a determined function and by combining the identifier with the first and second random numbers, with the first and second transformed numbers and with the third and fourth random numbers. The value of the encrypted identifier is sent to the reader. After N repetitions of the above process, the reader identifies the RF label as a function of the N values of the encrypted identifier received, of the determined function, of the N first and second random numbers and of the probabilistic rule.
    • 在包括标签读取器和多个标签的RF标签识别系统中,与每个标签相关联的唯一和秘密标识符,从标签向读取器发送第一随机数。 然后,第二个随机数从阅读器发送到标签。 在RF标签中,通过根据概率规则生成第三和第四随机数,通过根据确定的功能变换第一和第二随机数并通过将标识符与第一个 和第二随机数,具有第一和第二变换数字以及第三和第四随机数。 加密标识符的值被发送给读取器。 在上述处理的N次重复之后,读取器将RF标签识别为N个第一和第二随机数以及概率规则的所确定的功能的接收到的加密标识符的N个值的函数。
    • 9. 发明授权
    • Method of identification or authorization, and associated system and secure module
    • 识别或授权方法,以及相关系统和安全模块
    • US08972727B2
    • 2015-03-03
    • US13130458
    • 2009-12-04
    • Bruno KindarjiHervé ChabanneJulien Bringer
    • Bruno KindarjiHervé ChabanneJulien Bringer
    • H04L9/32G06K9/00G06K9/62
    • G06K9/00885G06K9/6215H04L9/3231H04L2209/805
    • Method of identification or of authorization using a system comprising at least one sensor for acquiring biometric data and one secure module storing a set of digital data obtained starting from a set of respective biometric data by means of a digitization algorithm. According to this method, a biometric data value is obtained, acquired by the sensor; a digital value is obtained by application of the digitization algorithm to the acquired biometric data value; within the secure module, at least some of the digital data from said set of digital data are ranked according to their proximity to the digital value obtained; and a biometric data value is obtained from said set of biometric data by taking into account a position of the corresponding digital data within the ranking.
    • 使用包括至少一个用于获取生物测定数据的传感器的系统进行识别或授权的方法,以及一个安全模块,其存储通过数字化算法从一组相应的生物特征数据开始获得的一组数字数据。 根据该方法,由传感器获取生物体数据值; 通过将数字化算法应用于获取的生物特征数据值来获得数字值; 在安全模块内,来自所述数字数据集合的数字数据中的至少一些根据其与所获得的数字值的接近程度进行排序; 并且通过考虑在等级内的对应的数字数据的位置从所述生物特征数据集获得生物特征数据值。
    • 10. 发明申请
    • METHODS FOR BIOMETRIC REGISTRATION AND VERIFICATION, AND RELATED SYSTEMS AND DEVICES
    • 用于生物识别和验证的方法及相关系统和设备
    • US20140095885A1
    • 2014-04-03
    • US14115615
    • 2012-02-16
    • Julien BringerStéphane GaillebotteFrancois RieulHervé Chabanne
    • Julien BringerStéphane GaillebotteFrancois RieulHervé Chabanne
    • H04L9/08
    • H04L9/0866G06F21/32G07C9/00158H04L9/00H04L9/3231H04L9/3236
    • The invention relates to a registration method for future biometric verification purposes, including the following steps for one person (I): obtaining first biometric data (4) and second biometric data (5) relating to said person; obtaining alphanumerical data (a) including at least one identifier relating to said person; storing, in a first biometric database (1), the thus-obtained first biometric data in association with a decryption key (6); storing, in a correspondence table (T), first information from the thus-obtained second biometric data and alphanumerical data in correspondence with an index (j); storing, in a second database (2), second information from the thus-obtained second biometric data and alphanumerical data in association with a version (J) of said index that is encrypted with an encryption key corresponding to said decryption key, said second information being different from the first information.
    • 本发明涉及一种用于未来生物特征验证目的的登记方法,其中包括以下步骤:一个人(I):获得与该人有关的第一生物特征数据(4)和第二生物特征数据(5); 获得包括与所述人有关的至少一个标识符的字母数字数据(a); 在第一生物统计数据库(1)中存储与解密密钥(6)相关联的如此获得的第一生物测定数据; 在对应表(T)中,根据索引(j)从如此获得的第二生物统计数据和字母数字数据中存储第一信息; 在第二数据库(2)中存储与由所述第二生物统计数据和字母数字数据相关联的与用所述解密密钥对应的加密密钥加密的所述索引的版本(J)的第二信息,所述第二信息 与第一个信息不同。