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    • 1. 发明授权
    • Enterprise biometric authentication system for a windows biometric framework
    • 用于Windows生物识别框架的企业生物识别系统
    • US08566904B2
    • 2013-10-22
    • US12964990
    • 2010-12-10
    • Erix PizanoJoe SassByron SaundersNathan Going
    • Erix PizanoJoe SassByron SaundersNathan Going
    • G06F21/00
    • G06F21/32H04L63/0861
    • An enterprise biometric authentication system for use with a network of client computing devices, each client computing device executing Windows® 7 operating system with Windows® Biometric Framework components including a client biometric service and a client engine adapter, comprises a client engine wrapper and a server subsystem further including a server database, a server storage adapter, a server engine adapter, and a server component. The client engine wrapper resides on a client computing device and is operable to intercept requests from the client biometric service to the client engine adapter and to transmit the requests. The server storage adapter may store and retrieve biometric templates from the server database. The server engine adapter may generate and compare biometric templates. The server component may receive the requests from the client engine wrapper, forward the requests to the server engine adapter, and transmit results of the requests to the client engine wrapper.
    • 与客户端计算设备网络一起使用的企业生物认证系统,每个客户端计算设备执行Windows®7操作系统,Windows®生物识别框架组件(包括客户端生物识别服务和客户端引擎适配器)都包括客户端引擎包装器和服务器 子系统还包括服务器数据库,服务器存储适配器,服务器引擎适配器和服务器组件。 客户端引擎包装器驻留在客户端计算设备上,并且可操作地拦截来自客户端生物识别服务到客户端引擎适配器的请求并传送请求。 服务器存储适配器可以从服务器数据库存储和检索生物特征模板。 服务器引擎适配器可以生成和比较生物特征模板。 服务器组件可以从客户端引擎包装器接收请求,将请求转发到服务器引擎适配器,并将请求的结果传送到客户机引擎包装器。
    • 2. 发明申请
    • DYNAMIC SEED AND KEY GENERATION FROM BIOMETRIC INDICIA
    • 动物种子和生物指标的关键生成
    • US20110264919A1
    • 2011-10-27
    • US13028715
    • 2011-02-16
    • Erix PizanoJoe Sass
    • Erix PizanoJoe Sass
    • H04L9/32H04L9/08
    • H04L9/0869G06F21/32H04L9/0816H04L9/0866H04L9/3231H04L29/06809H04L63/0861H04L2209/24
    • A system, a method, and a computer program for generating a seed and/or a key from live biometric indicia, such that all the information necessary for generating the seed and/or the key is not stored on a storage medium. The method comprises receiving a biometric template from a user and enrolling the template; assigning an optimization value to the enrolled biometric template; encrypting an item of test data using the optimization value, such that the optimization value is an encryption seed; storing the encrypted item of test data on the storage medium; destroying the encryption seed after encrypting the item of test data; receiving a live biometric template; comparing the templates and determining an interval based on a probability that the templates are specific to the same user; iteratively testing values within the interval to identify the value in the interval for decrypting the encrypted item of test data, wherein the value used to decrypt the item of test data is the encryption seed; and generating the key using the seed.
    • 一种用于从现场生物识别标记生成种子和/或密钥的系统,方法和计算机程序,使得生成种子和/或密钥所需的所有信息不被存储在存储介质上。 该方法包括从用户接收生物特征模板并登记模板; 为参与的生物特征模板分配优化值; 使用所述优化值来加密测试数据项,使得所述优化值是加密种子; 将加密的测试数据项存储在存储介质上; 加密测试数据项后,破坏加密种子; 接收活体生物识别模板; 比较模板和基于模板对同一用户特定的概率来确定间隔; 迭代地测试该间隔内的值以识别用于解密加密的测试数据项的间隔中的值,其中用于解密测试数据项的值是加密种子; 并使用种子生成密钥。
    • 3. 发明授权
    • Dynamic seed and key generation from biometric indicia
    • 动态种子和从生物识别标记生成密钥
    • US08745405B2
    • 2014-06-03
    • US13028715
    • 2011-02-16
    • Erix PizanoJoe Sass
    • Erix PizanoJoe Sass
    • H04L9/32H04L9/08H04L29/06G06F21/32
    • H04L9/0869G06F21/32H04L9/0816H04L9/0866H04L9/3231H04L29/06809H04L63/0861H04L2209/24
    • A system, a method, and a computer program for generating a seed and/or a key from live biometric indicia, such that all the information necessary for generating the seed and/or the key is not stored on a storage medium. The method comprises receiving a biometric template from a user and enrolling the template; assigning an optimization value to the enrolled biometric template; encrypting an item of test data using the optimization value, such that the optimization value is an encryption seed; storing the encrypted item of test data on the storage medium; destroying the encryption seed after encrypting the item of test data; receiving a live biometric template; comparing the templates and determining an interval based on a probability that the templates are specific to the same user; iteratively testing values within the interval to identify the value in the interval for decrypting the encrypted item of test data, wherein the value used to decrypt the item of test data is the encryption seed; and generating the key using the seed.
    • 一种用于从现场生物识别标记生成种子和/或密钥的系统,方法和计算机程序,使得生成种子和/或密钥所需的所有信息不被存储在存储介质上。 该方法包括从用户接收生物特征模板并登记模板; 为参与的生物特征模板分配优化值; 使用所述优化值来加密测试数据项,使得所述优化值是加密种子; 将加密的测试数据项存储在存储介质上; 加密测试数据项后,破坏加密种子; 接收活体生物识别模板; 比较模板和基于模板对同一用户特定的概率来确定间隔; 迭代地测试该间隔内的值以识别用于解密加密的测试数据项的间隔中的值,其中用于解密测试数据项的值是加密种子; 并使用种子生成密钥。
    • 4. 发明申请
    • ENTERPRISE BIOMETRIC AUTHENTICATION SYSTEM FOR A WINDOWS BIOMETRIC FRAMEWORK
    • 企业生物识别系统用于窗口生物量框架
    • US20110145904A1
    • 2011-06-16
    • US12964990
    • 2010-12-10
    • Erix PizanoJoe SassByron SaundersNathan Going
    • Erix PizanoJoe SassByron SaundersNathan Going
    • H04L9/32G06F21/00
    • G06F21/32H04L63/0861
    • An enterprise biometric authentication system for use with a network of client computing devices, each client computing device executing Windows® 7 operating system with Windows® Biometric Framework components including a client biometric service and a client engine adapter, comprises a client engine wrapper and a server subsystem further including a server database, a server storage adapter, a server engine adapter, and a server component. The client engine wrapper resides on a client computing device and is operable to intercept requests from the client biometric service to the client engine adapter and to transmit the requests. The server storage adapter may store and retrieve biometric templates from the server database. The server engine adapter may generate and compare biometric templates. The server component may receive the requests from the client engine wrapper, forward the requests to the server engine adapter, and transmit results of the requests to the client engine wrapper.
    • 与客户端计算设备网络一起使用的企业生物认证系统,每个客户端计算设备执行Windows®7操作系统,Windows®生物识别框架组件(包括客户端生物识别服务和客户端引擎适配器)都包括客户端引擎包装器和服务器 子系统还包括服务器数据库,服务器存储适配器,服务器引擎适配器和服务器组件。 客户端引擎包装器驻留在客户端计算设备上,并且可操作地拦截来自客户端生物识别服务到客户端引擎适配器的请求并传送请求。 服务器存储适配器可以从服务器数据库存储和检索生物特征模板。 服务器引擎适配器可以生成和比较生物特征模板。 服务器组件可以从客户端引擎包装器接收请求,将请求转发到服务器引擎适配器,并将请求的结果传送到客户机引擎包装器。