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    • 1. 发明授权
    • Remote identity verification technique using a personal identification device
    • 使用个人识别设备的远程身份验证技术
    • US06182221B2
    • 2001-01-30
    • US09422919
    • 1999-10-21
    • Shi-Ping HsuJames M. LingArthur F. MessengerBruce W. Evans
    • Shi-Ping HsuJames M. LingArthur F. MessengerBruce W. Evans
    • G06F1214
    • G07C9/00563G07C9/00087G07C9/00111G07C2009/00095
    • Apparatus, and a method for its use, for automatically verifying the identity of a person seeking access to a protected property that is remotely located with respect to the apparatus, such as a remotely located computer file or building alarm system. The apparatus, which is disclosed in the form of a handheld device (14) or other portable device (14′), includes a sensor (16) for reading biometric data, such as a fingerprint image, from the person, and a correlator (28) for comparing the sensed data with a previously stored reference image (32) and for determining whether there is a match. If there is a match, the device (14) initiates an exchange of signals over a communication network, with the “door” (10) that protects the property. Specifically, the device (14) generates a numerical value, such as a cyclic redundancy code, from the stored reference image (32), encrypts the numerical value, and transmits it to the door (10) as confirmation of the person's identity. For further security, the person registers this numerical value at each door (10) to which access is desired. Upon receipt of identity confirmation from the device (14), the door (10) compares the received numerical value with the one stored during registration, before granting access to the protected property.
    • 装置及其使用方法,用于自动验证寻求对相对于装置远程定位的受保护属性的人的身份的身份,诸如位于远程的计算机文件或建筑报警系统。 以手持设备(14)或其他便携式设备(14')的形式公开的设备包括用于从人员读取生物特征数据(例如指纹图像)的传感器(16)和相关器 28),用于将所感测的数据与先前存储的参考图像(32)进行比较,并且用于确定是否存在匹配。 如果存在匹配,则设备(14)通过通信网络启动信号交换,其中保护该属性的“门”(10)。 具体地,设备(14)从所存储的参考图像(32)生成诸如循环冗余码的数值,加密数值,并将其作为人的身份的确认发送到门(10)。 为了进一步的安全性,人们在需要访问的每个门(10)上登记该数值。 在从设备(14)接收到身份确认之后,门(10)在接受受保护的属性之前将接收到的数值与登记期间存储的数值进行比较。
    • 2. 发明授权
    • Code modulation using narrow spectral notching
    • 使用窄谱切割的码调制
    • US06631165B1
    • 2003-10-07
    • US09388175
    • 1999-09-01
    • Russell H. LambertPeter J. HadingerDenes L. ZsolnayBruce W. EvansShi-Ping HsuGerard Roccanova
    • Russell H. LambertPeter J. HadingerDenes L. ZsolnayBruce W. EvansShi-Ping HsuGerard Roccanova
    • H04L2700
    • H04H20/14H04H20/31H04L27/00
    • A method (100) and apparatus (400) for encoding and decoding data in a signal using notch depth modulation. The method (100) of data to be encoded in the signal. The method then notch filters (125) the signal according to the frequency notch representation of the data. The apparatus (400) for encoding data comprises an digitizer (405) to digitize the signal. A code former (420) provides the data to be encoded in the signal. A notch filter (430) notch filters the signal according to the data. Decoding the data converts the signal into a frequency domain representation (520) and determines the notch spectral content (525) of the signal at selected notch frequencies. The method (500) establishes notch thresholds (534) at each of the selected notch frequencies, then decodes the data (540) from the signal by comparing the notch spectral content to the notch thresholds.
    • 一种用于使用陷波深度调制对信号中的数据进行编码和解码的方法(100)和装置(400)。 在信号中要编码的数据的方法(100)。 该方法然后根据数据的频率陷波表示来陷波滤波器(125)信号。 用于编码数据的装置(400)包括用于数字化信号的数字化仪(405)。 代码表(420)提供要在信号中编码的数据。 陷波滤波器(430)根据数据对信号进行陷波滤波。 对数据进行解码将信号转换为频域表示(520),并确定所选陷波频率处的信号的陷波频谱含量(525)。 方法(500)在每个选择的陷波频率处建立陷波阈值(534),然后通过将陷波频谱内容与陷波阈值进行比较来解码来自信号的数据(540)。
    • 3. 发明授权
    • Fingerprint feature correlator
    • 指纹特征相关器
    • US6134340A
    • 2000-10-17
    • US995330
    • 1997-12-22
    • Shi-Ping HsuBruce W. Evans
    • Shi-Ping HsuBruce W. Evans
    • A61B5/117G06K9/00G06K9/64G06T7/00G06K9/44
    • G06K9/6203G06K9/00087
    • A device, and a method for its operation, for verifying a person's identity by comparing in a correlator (18) selected features of a reference fingerprint image, generated in a sensor (10) from the fingerprint of a person of known identity, with a subject fingerprint image taken from a person whose identity is to be verified. In an enrollment procedure, a fingerprint from a person of known identity is analyzed in an enrollment processor (14) to locate multiple reference patches that together are distinctive to that person's fingerprint. The reference patch images are stored, together with their locations in the image, in a reference image storage unit (16). When a subject fingerprint image is later provided, every reference patch is compared with every possible patch of similar size in the subject image, to find a set of candidate match locations in the subject image. Then a subset of the candidate match locations is selected such that the candidate match locations in the subset are practically geometrically congruent with the locations of a corresponding subset of reference patches. A verification match is declared based on the number candidate match locations in the selected subset that satisfies this geometric constraint.
    • 一种用于其操作的装置及其操作方法,用于通过在相关器(18)中将在传感器(10)中从已知身份的人的指纹生成的参考指纹图像的选定特征与 从身份被验证的人取得的主体指纹图像。 在注册过程中,在注册处理器(14)中分析来自已知身份的人的指纹,以定位与该人的指纹一起显着的多个参考补丁。 将参考补丁图像及其在图像中的位置一起存储在参考图像存储单元(16)中。 当稍后提供主题指纹图像时,将每个参考补丁与对象图像中的相似大小的每个可能的补丁进行比较,以在对象图像中找到一组候选匹配位置。 然后选择候选匹配位置的子集,使得子集中的候选匹配位置实际上几何地与参考块的相应子集的位置一致。 基于满足该几何约束的所选择的子集中的候选匹配位置来声明验证匹配。
    • 4. 发明授权
    • Personal identification fob
    • 个人识别fob
    • US6041410A
    • 2000-03-21
    • US995267
    • 1997-12-22
    • Shi-Ping HsuJames M. LingArthur F. MessengerBruce W. Evans
    • Shi-Ping HsuJames M. LingArthur F. MessengerBruce W. Evans
    • E05B49/00G06K9/00G06K17/00G06K19/10G07C9/00H04L9/10H04L9/30
    • G06K9/00013G07C9/00087G07C9/00111G07C9/00563G07C2009/00095G07C2009/00793
    • Apparatus, and a method for its use, for automatically verifying the identity of a person seeking access to a protected property, such as a car, room, building or automatic teller machine. The apparatus, which is disclosed in the form of a handheld fob (14), includes a sensor (16) for reading biometric data, such as a fingerprint image, from the person (12), and a correlator (28) for comparing the sensed data with a previously stored reference image (32) and for determining whether there is a match. If there is a match, the fob (14) initiates an exchange of signals with the "door" (10) that protects the property. Specifically, the fob (14) generates a numerical value, such as a cyclic redundancy code, from the stored reference image (32), encrypts the numerical value, and transmits it to the door (10) as confirmation of the person's identity. For further security, the person (12) registers this numerical value at each door (10) to which access is desired. Upon receipt of identity confirmation from the fob (14), the door (10) compares the received numerical value with the one stored during registration, before granting access.
    • 装置及其使用方法,用于自动验证寻求进入受保护财产的人的身份,例如汽车,房间,建筑物或自动柜员机。 以手持式货架(14)的形式公开的装置包括用于从人(12)读取诸如指纹图像的生物特征数据的传感器(16)和用于比较 感测数据与先前存储的参考图像(32)并且用于确定是否存在匹配。 如果有一场比赛,Fob(14)发起与保护财产的“门”(10)的信号交换。 具体地说,从存储的参考图像(32)生成诸如循环冗余码的数值,加密数值,并将其作为人的身份的确认发送到门(10)。 为了进一步的安全性,人(12)在需要访问的每个门(10)处登记该数值。 在从货架(14)接收到身份确认之后,门(10)在接受授权之前将接收到的数值与登记期间存储的数值进行比较。
    • 5. 发明授权
    • Remote identity verification technique using a personal identification
device
    • 使用个人识别设备的远程身份验证技术
    • US6038666A
    • 2000-03-14
    • US995565
    • 1997-12-22
    • Shi-Ping HsuJames M. LingArthur F. MessengerBruce W. Evans
    • Shi-Ping HsuJames M. LingArthur F. MessengerBruce W. Evans
    • G06K19/10E05B49/00G06F21/20G06K17/00G06Q10/00G06Q40/00G06Q50/00G06T7/00G07C9/00H04L9/10H04L9/30
    • G07C9/00563G07C9/00087G07C9/00111G07C2009/00095
    • Apparatus, and a method for its use, for automatically verifying the identity of a person seeking access to a protected property that is remotely located with respect to the apparatus, such as a remotely located computer file or building alarm system. The apparatus, which is disclosed in the form of a handheld device (14) or other portable device (14'), includes a sensor (16) for reading biometric data, such as a fingerprint image, from the person, and a correlator (28) for comparing the sensed data with a previously stored reference image (32) and for determining whether there is a match. If there is a match, the device (14) initiates an exchange of signals over a communication network, with the "door" (10) that protects the property. Specifically, the device (14) generates a numerical value, such as a cyclic redundancy code, from the stored reference image (32), encrypts the numerical value, and transmits it to the door (10) as confirmation of the person's identity. For further security, the person registers this numerical value at each door (10) to which access is desired. Upon receipt of identity confirmation from the device (14), the door (10) compares the received numerical value with the one stored during registration, before granting access to the protected property.
    • 装置及其使用方法,用于自动验证寻求对相对于装置远程定位的受保护属性的人的身份的身份,诸如位于远程的计算机文件或建筑报警系统。 以手持设备(14)或其他便携式设备(14')的形式公开的设备包括用于从人员读取生物特征数据(例如指纹图像)的传感器(16)和相关器 28),用于将所感测的数据与先前存储的参考图像(32)进行比较,并且用于确定是否存在匹配。 如果存在匹配,则设备(14)通过通信网络启动信号交换,其中保护该属性的“门”(10)。 具体地,设备(14)从所存储的参考图像(32)生成诸如循环冗余码的数值,加密数值,并将其作为人的身份的确认发送到门(10)。 为了进一步的安全性,人们在需要访问的每个门(10)上登记该数值。 在从设备(14)接收到身份确认之后,门(10)在接受受保护的属性之前将接收到的数值与登记期间存储的数值进行比较。
    • 6. 发明授权
    • Fingerprint actuation of customized vehicle features
    • 定制车辆特征的指纹驱动
    • US6100811A
    • 2000-08-08
    • US995564
    • 1997-12-22
    • Shi-Ping HsuBruce W. EvansArthur F. MessengerDenes L. Zsolnay
    • Shi-Ping HsuBruce W. EvansArthur F. MessengerDenes L. Zsolnay
    • B60R25/10A61B5/117B60H1/00B60N2/02B60R16/02B60R25/00G06T1/00G06T7/00G07C9/00G06F7/04
    • B60H1/00771B60H1/00642B60N2/0228B60R25/2081B60R25/252G07C9/00563
    • Apparatus, and a corresponding method for its use, for gaining access to and operating a vehicle, such as a car (10), by means of at least one fingerprint sensor (16) installed inside the vehicle at a convenient location and, optionally, outside the vehicle (at 14), in or near a door handle (12). Once an authorized user's identify has been verified in a fingerprint matching device (30), various vehicle subsystems are automatically adjusted to the identified user's preferred settings, which are stored in a memory (98). In addition, starting the vehicle engine is enabled if an interior fingerprint sensor has been used, or the vehicle is unlocked if an exterior fingerprint sensor has been used. Vehicle subsystems that are automatically adjusted to the user preferences include seats (38), mirrors (40), steering wheel (42), climate control (44), airbag (52), telephone (46), radio (50) and onboard computer (54), as well as performance control features (48) such as suspension and transmission adjustment. Door locks (34) and security system features (36) are also automatically controlled, as is a radio transmitter (56) that is automatically customized to open the user's home garage door or office parking entry gate. Features of a number of different fingerprints are stored in the device to allow for operation of the vehicle (10) by different family members, as authorized by a primary user.
    • 装置及其使用的相应方法,用于通过安装在车辆内方便的位置处的至少一个指纹传感器(16)来获得诸如汽车(10)的车辆的访问和操作,并且可选地, 在车辆外(14)处,在门把手(12)中或附近。 一旦在指纹匹配装置(30)中验证了授权用户的识别信息,则各种车辆子系统被自动地调整到存储在存储器(98)中的所识别的用户的优选设置。 此外,如果已经使用内部指纹传感器,或者如果已经使用外部指纹传感器,则车辆被解锁,启动车辆引擎。 根据用户偏好自动调节的车辆子系统包括座椅(38),镜子(40),方向盘(42),气候控制(44),安全气囊(52),电话(46),无线电(50) (54),以及诸如悬架和变速器调整的性能控制特征(48)。 门锁(34)和安全系统特征(36)也被自动控制,自动定制的无线电发射器(56)也是自动控制的,以打开用户的家庭车库门或办公室停车入口门。 许多不同指纹的特征存储在设备中,以允许由主要用户授权的不同家庭成员对车辆(10)的操作。