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    • 11. 发明申请
    • REAL-TIME BIOMETRIC DATABASE AND TEMPLATE MANAGEMENT
    • 实时生物数据库和模板管理
    • WO2014172464A1
    • 2014-10-23
    • PCT/US2014/034377
    • 2014-04-16
    • IMAGEWARE SYSTEMS, INC.
    • HARDING, David
    • G06F17/30G06K9/00
    • G06Q20/40145G06F17/30533
    • The present disclosure may describe systems and methods for allowing real-time biometric matching. A real-time biometric system may include elements such as one or more biometric clients, a cloud network, a query router, an IP network, and one or more query engines associated with corresponding template data caches. During a biometric matching process, a template data manager (TDM) integrated in query engine may use memory maps for real-time retrieval and comparison of biometric templates. The comparison process may generate a biometric score that may be returned to biometric client indicating a successful or fail match. In addition, template data caches may include indexes with non-biometric metadata to filter associated biometric templates during a biometric matching process. TDM may operate with a plug-in architecture for allowing integration of different modalities of biometric algorithms.
    • 本公开可以描述用于允许实时生物测定匹配的系统和方法。 实时生物识别系统可以包括诸如一个或多个生物特征客户端,云网络,查询路由器,IP网络以及与对应的模板数据高速缓存相关联的一个或多个查询引擎的元素。 在生物特征匹配过程中,集成在查询引擎中的模板数据管理器(TDM)可以使用存储器映射来实时检索和比较生物特征模板。 比较过程可以生成可以返回给生物测定客户机的生物特征分数,指示成功或失败匹配。 此外,模板数据高速缓存可以包括具有非生物特征元数据的索引,以在生物特征匹配过程期间过滤相关联的生物测定模板。 TDM可以使用插件架构来操作,以允许集成不同形式的生物特征算法。
    • 12. 发明申请
    • INFORMATION CATALOGING
    • 信息目录
    • WO2012178092A1
    • 2012-12-27
    • PCT/US2012/043858
    • 2012-06-22
    • FULLCONTACT INCLYNN, Daniel KentonVARGO, Brandon WesleyHARRIGER, Kurt
    • LYNN, Daniel KentonVARGO, Brandon WesleyHARRIGER, Kurt
    • G06F17/30
    • G06F17/30533G06Q10/107
    • An information cataloging system (100) disclosed herein provides a system and method for inferring relationships between various elements, such as e-mail address, phone number, etc., of various observations (102, 104), such as business cards, observations obtained from the Internet, etc. The method comprises representing various elements, such as name, e-mail address, etc., using nodes (P1, S1), representing the relations between the various elements using edges (408, 410) connecting these nodes, computing a distance between two disparate nodes, wherein each of the two disparate nodes represent an element related to the entity. An implementation of the information cataloging system disclosed herein also provides a method of calculating noise and signal to noise ratio attached to various nodes and using such noise information in calculating confidence level of relationships between various elements.
    • 本文公开的信息编目系统(100)提供了一种用于推断各种观察(102,104)的各种元素(例如电子邮件地址,电话号码等)之间的关系的系统和方法,例如名片,获得的观察 来自互联网等。该方法包括使用表示使用连接这些节点的边缘(408,410)的各种元素之间的关系的节点(P1,S1)来表示各种元素,诸如姓名,电子邮件地址等 计算两个不同节点之间的距离,其中两个不同节点中的每一个表示与该实体相关的元素。 本文公开的信息编目系统的实现还提供了一种计算附加到各个节点的噪声和信噪比的方法,并且在计算各种元素之间的关系的置信水平时使用这些噪声信息。
    • 13. 发明申请
    • 特許情報検索装置、特許情報検索方法、特許情報検索プログラム及び特許情報検索プログラムを記録した記録媒体
    • 专利信息检索设备,专利信息检索方法,专利信息检索程序和具有记录的专利信息检索程序的介质
    • WO2008108064A1
    • 2008-09-12
    • PCT/JP2008/000357
    • 2008-02-27
    • 松下電器産業株式会社杉町知彦長谷一朗田中哲也
    • 杉町知彦長谷一朗田中哲也
    • G06F17/30
    • G06F17/30533G06F2216/11
    •  検索対象となる特許情報を格納する特許文書データベース11に格納される特許文書の検索行う特許検索部12と、前記特許検索部によって検索された対象特許集合のそれぞれの特許文書について、属性とその値の組データとして構成されるノードを切り出して、当該切り出された前記ノードのうち任意の2つのノード間の関連度を所定の組み合わせ数だけ計算する関連度計算部13と、前記関連度計算部13によって計算された各ノードの関連度について、関連度が大きい2つのノードほど近くへ配置するように各ノードを初期的に配置するための座標情報を計算する初期配置位置計算部15と、前記初期配置位置計算部により計算された各ノードの座標情報に基づいてマッピングする画面生成部16を有する。
    • 专利信息检索装置具有专利检索单元(12),该专利检索单元检索存储在专利文献数据库(11)中的专利文献,该专利文献数据库存储专利信息的检索对象; 相关性计算单元(13),其切出由专利检索单元检索到的主题专利集合的每个专利文献的属性对的一对数据及其值的节点,并且计算出任意两个节点之间的相关性 所述切出节点仅用于预定数量的组合; 初始排列位置计算单元,其计算最初配置每个节点的坐标信息,以便相对于由所述相关性计算单元计算出的每个节点的相关性,更靠近地设置两个较大的相关节点; 以及用于根据由初始布置位置计算单元计算的每个节点的坐标信息进行映射的画面生成单元(16)。
    • 14. 发明申请
    • SYSTEM AND METHOD FOR A SNAPSHOT QUERY DURING DATABASE RECOVERY
    • 数据库恢复期间SNAPSHOT查询​​的系统和方法
    • WO2005103880A3
    • 2006-06-15
    • PCT/US2004024540
    • 2004-07-29
    • MICROSOFT CORPWEI XIAO
    • WEI XIAO
    • G06F17/30G06F7/00
    • G06F17/30533G06F11/1471G06F11/2074G06F17/30362G06F17/30371Y10S707/99938Y10S707/99944Y10S707/99953
    • A method of performing a snapshot query in a database undergoing recovery allows access to the database during rollback or undo operations (Figure 2). The method includes allowing the query to detect whether a redo lock is present on a data item and if so, waiting until subsequent rollback operations release the lock. If another user has placed an exclusive lock on a data item of the database (240), the query may continue by reading a version of the data item form the version store (230). In an embodiment where a mirror database is used for recovery, the constant redo operations have an associated version store. Upon failover to the mirror database, queries may begin during the undo phase of recovery by allowing a query to read the version store of redo operations.
    • 在正在进行恢复的数据库中执行快照查询的方法允许在回滚或撤消操作期间访问数据库(图2)。 该方法包括允许查询检测数据项上是否存在重做锁,如果是,则等待直到后续的回滚操作释放锁。 如果另一用户已经对数据库(240)的数据项放置了排他锁,则可以通过从版本存储(230)读取数据项的版本来继续查询。 在使用镜像数据库进行恢复的实施例中,常数重做操作具有关联的版本存储。 在故障切换到镜像数据库时,可以在恢复的撤消阶段期间开始查询,方法是允许查询读取重做操作的版本存储。
    • 15. 发明申请
    • SYSTEM AND METHOD FOR A SNAPSHOT QUERY DURING DATABASE RECOVERY
    • 数据库恢复期间SNAPSHOT查询​​的系统和方法
    • WO2005103880A2
    • 2005-11-03
    • PCT/US2004/024540
    • 2004-07-29
    • MICROSOFT CORPORATIONWEI, Xiao
    • WEI, Xiao
    • G06F7/00
    • G06F17/30533G06F11/1471G06F11/2074G06F17/30362G06F17/30371Y10S707/99938Y10S707/99944Y10S707/99953
    • A method of performing a snapshot query in a database undergoing recovery allows access to the database during rollback or undo operations. The method includes allowing the query to detect whether a redo lock is present on a data item and if so, waiting until subsequent rollback operations release the lock. If another user has placed an exclusive lock on a data item of the database, the query may continue by reading a version of the data item form the version store. In an embodiment where a mirror database is used for recovery, the constant redo operations have an associated version store. Upon failover to the mirror database, queries may begin during the undo phase of recovery by allowing a query to read the version store of redo operations.
    • 在正在进行恢复的数据库中执行快照查询的方法允许在回滚或撤消操作期间访问数据库。 该方法包括允许查询检测数据项上是否存在重做锁,如果是,则等待直到后续的回滚操作释放锁。 如果另一用户已经对数据库的数据项放置了排他锁,则可以通过从版本存储器读取数据项的版本来继续查询。 在使用镜像数据库进行恢复的实施例中,常数重做操作具有关联的版本存储。 在故障切换到镜像数据库时,可以在恢复的撤消阶段期间开始查询,方法是允许查询读取重做操作的版本存储。
    • 19. 发明申请
    • IDENTIFYING RELATED NAMES
    • 识别相关名称
    • WO2005029370A1
    • 2005-03-31
    • PCT/US2004/030293
    • 2004-09-17
    • LANGUAGE ANALYSIS SYSTEMS, INC.SHAEFER, Leonard, ArthurPATMAN, Frankie, E.
    • SHAEFER, Leonard, ArthurPATMAN, Frankie, E.
    • G06F17/30
    • G06F17/30533G06F17/30675
    • A system (100) that identifies related names includes a datastore (132) that persistently stores a collection of names. At least one name within the datastore (132) is represented both by a native orthographic form of the name and by a transliterated form of the native orthographic form of the name. The system (100) includes an input interface (110) that is structured and arranged to receive at least an input name. A transliteration module (120) is structured and arranged to produce at lease one transliterated form of the input name. An identifier is structured and arranged to identify at least one name from within the datastore (132) that relates to the transliterated form of the input name. An output interface (110) presents the at least one name identified from within the datastore (132) as being related to the input name. This system (100) may dynamically select the transliteration schema (122) to be applied to the input name from among candidate potential transliteration schemas based on various criteria, including (1) characteristics of the input name such as geographic or linguistic indicators inherent thereto (124), (2) characteristics of a pool of names against which the input name is matched (126), and/or (3) data extrinsic to the input name or pool of names which may be useful in identifying geographic or linguistic characteristics of the party from whom the input name is received (128).
    • 识别相关名称的系统(100)包括持久存储名称集合的数据存储区(132)。 数据存储区(132)中的至少一个名称由名称的本地正交形式和名称的本地正交形式的音译形式表示。 系统(100)包括输入接口(110),其被构造和布置为至少接收输入名称。 音译模块(120)被构造和布置成产生至少一个输入名称的音译形式。 标识符被构造和排列成从数据存储区(132)中标识与输入名称的音译形式有关的至少一个名称。 输出接口(110)将从数据存储区(132)中识别的至少一个名称呈现为与输入名称相关。 该系统(100)可以基于各种标准动态地选择要从应用于候选潜在音译模式的输入名称的音译模式(122),包括(1)输入名称的特征,例如其固有的地理或语言指标 124),(2)输入名称匹配的名称池的特征(126)和/或(3)对于输入名称或名称库非常有用的数据,其可用于识别地理或语言特征 收到输入名称的一方(128)。
    • 20. 发明申请
    • ELECTRONIC DICTIONARY CLIENT, ELECTRONIC DICTIONARY SERVER, AND RECORDING MEDIUM
    • 电子词典客户,电子词典服务器和记录媒体
    • WO2004010332B1
    • 2004-06-24
    • PCT/JP0309266
    • 2003-07-22
    • CASIO COMPUTER CO LTDOSHIMA JUN
    • OSHIMA JUN
    • G06F15/04G06F13/00G06F17/27G06F17/30G06F21/00
    • G06F17/2735G06F17/30533G06F17/30634G06F17/30737
    • In dictionary retrieval processing by the electronic dictionary, if a headword matching a retrieval object word is not stored in a built-in dictionary data, the retrieval object word is registered in the form of a network-dictionary retrieval object listing. If a network dictionary retrieval is performed through connection to the dictionary server, a dictionary storing the registered retrieval word is retrieved in the dictionary server, is transmitted to the electronic dictionary, and is displayed. When the displayed dictionary in the network dictionary retrieval is selected, dictionary data is retrieved from the target of the selected dictionary, the dictionary contents corresponding to the retrieval word retrieved in the dictionary server is transmitted to the user electronic dictionary and is displayed. When update of a dictionary is instructed, data of the dictionary is transmitted and downloaded into the dictionary server, and built-in dictionary data is thereby updated and stored.
    • 在电子词典的词典检索处理中,如果与检索对象词匹配的词条不存储在内置词典数据中,则以网络词典检索对象列表的形式登记检索对象词。 如果通过连接到字典服务器执行网络字典检索,则在字典服务器中检索存储登记的检索词的字典,并将其发送到电子词典,并显示。 当选择网络字典检索中显示的字典时,从所选择的字典的目标中检索字典数据,将与字典服务器中检索到的检索词相对应的字典内容发送到用户电子词典并显示。 当指示字典的更新时,字典的数据被发送并下载到字典服务器中,从而更新并存储内置的字典数据。