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    • 4. 发明申请
    • LOCATION-TYPE TAGGING USING COLLECTED TRAVELER DATA
    • 使用集合的旅行者数据的位置类型标签
    • US20130185324A1
    • 2013-07-18
    • US13351560
    • 2012-01-17
    • Guillaume M. BouchardLuis Rafael Ulloa ParedesVictor CirizaLionel CazenavePascal Valobra
    • Guillaume M. BouchardLuis Rafael Ulloa ParedesVictor CirizaLionel CazenavePascal Valobra
    • G06F17/30
    • G06Q10/0833G06Q50/30
    • A method and system are disclosed for automatically tagging locations using collected traveler information. Traveler information, including a time/date stamp and a unique identification associated with the traveler are collected and stored in a database with locations corresponding to transportation stops. A location query, which includes a location type, an analysis period, optionally, an analysis approach, and a user selected threshold are received and a number of time/location stamps for each location is determined based upon an interval associated with the selected type. The maximum number of time/location stamps for that location is determined, and using the selected threshold, a minimum number of stamps required to designate a location as the selected type is determined. When the number of time/location stamps within the time interval for the selected type is greater than or equal to the minimum number calculated, the location is tagged as the selected location type.
    • 公开了一种使用收集的旅行者信息来自动标记位置的方法和系统。 旅行者信息,包括时间/日期戳和与旅行者相关联的唯一标识被收集并存储在具有对应于交通站点的位置的数据库中。 接收包括位置类型,分析周期,可选地,分析方法和用户选择的阈值的位置查询,并且基于与所选择的类型相关联的间隔来确定每个位置的多个时间/位置戳。 确定该位置的时间/位置戳的最大数量,并且使用所选择的阈值来确定将位置指定为所选类型所需的最小数量的邮票。 当所选类型的时间间隔内的时间/位置戳数大于或等于计算的最小数量时,该位置被标记为所选择的位置类型。
    • 6. 发明授权
    • Location-type tagging using collected traveler data
    • 使用收集的旅客数据的位置类型标记
    • US08713045B2
    • 2014-04-29
    • US13351560
    • 2012-01-17
    • Guillaume M. BouchardLuis Rafael Ulloa ParedesVictor CirizaLionel CazenavePascal Valobra
    • Guillaume M. BouchardLuis Rafael Ulloa ParedesVictor CirizaLionel CazenavePascal Valobra
    • G06F7/00G06F17/30
    • G06Q10/0833G06Q50/30
    • A method and system are disclosed for automatically tagging locations using collected traveler information. Traveler information, including a time/date stamp and a unique identification associated with the traveler are collected and stored in a database with locations corresponding to transportation stops. A location query, which includes a location type, an analysis period, optionally, an analysis approach, and a user selected threshold are received and a number of time/location stamps for each location is determined based upon an interval associated with the selected type. The maximum number of time/location stamps for that location is determined, and using the selected threshold, a minimum number of stamps required to designate a location as the selected type is determined. When the number of time/location stamps within the time interval for the selected type is greater than or equal to the minimum number calculated, the location is tagged as the selected location type.
    • 公开了一种使用收集的旅行者信息来自动标记位置的方法和系统。 旅行者信息,包括时间/日期戳和与旅行者相关联的唯一标识被收集并存储在具有对应于交通站点的位置的数据库中。 接收包括位置类型,分析周期,可选地,分析方法和用户选择的阈值的位置查询,并且基于与所选择的类型相关联的间隔来确定每个位置的多个时间/位置戳。 确定该位置的时间/位置戳的最大数量,并且使用所选择的阈值来确定将位置指定为所选类型所需的最小数量的邮票。 当所选类型的时间间隔内的时间/位置戳数大于或等于计算的最小数量时,该位置被标记为所选择的位置类型。
    • 7. 发明授权
    • Secure printing via a wireless internet service
    • 通过无线网络服务进行安全打印
    • US07576883B2
    • 2009-08-18
    • US11347871
    • 2006-02-06
    • Francois RagnetVictor CirizaDavid L. SalgadoPascal Valobra
    • Francois RagnetVictor CirizaDavid L. SalgadoPascal Valobra
    • G06F3/12G06K15/00
    • G06F21/608G06Q30/0283
    • At a user terminal (10) operatively connected with a mobile device (20), a print job is formed into an incomplete print job envelope (32) and completing data (34, 40) including at least print job accounting information (40). The completing data (34, 40) including at least the print job accounting information (40) is stored on the mobile device (20). The incomplete print job envelope (32) is transmitted to a printing device (12). The mobile device (20) is operatively disconnected the from the user terminal (10), and is operatively connected with the printing device (12). After the operative connecting, the print job is re-constructed at the printing device (12), and the re-constructed print job is printed using the printing device (12). A cost of the printing is accounted for based on the print job accounting information (40) stored on the operatively connected mobile device (20).
    • 在与移动设备(20)可操作地连接的用户终端(10)上,将打印作业形成为不完整的打印作业信封(32),并且完成至少包括打印作业记帐信息(40)的数据(34,40)。 包括至少打印作业记帐信息(40)的完成数据(34,40)被存储在移动设备(20)上。 不完整的打印作业信封(32)被传送到打印装置(12)。 移动设备(20)可操作地从用户终端(10)断开,并与打印设备(12)可操作地连接。 在操作连接之后,在打印设备(12)处重新构造打印作业,并且使用打印设备(12)打印重新构造的打印作业。 基于存储在可操作连接的移动设备(20)上的打印作业记帐信息(40)来计算打印的成本。
    • 10. 发明授权
    • Multifunction device with secure job release
    • 具有安全作业释放功能的多功能设备
    • US07562223B2
    • 2009-07-14
    • US11013323
    • 2004-12-17
    • Francois RagnetVictor CirizaOlivier FambonYves Hoppenot
    • Francois RagnetVictor CirizaOlivier FambonYves Hoppenot
    • H04L9/30H04N1/00
    • G06F21/608
    • A secure release of a job request is managed at a document processing system that has been issued a private key and a public key. In one embodiment, the job request includes a first part specifying job information that is encrypted using a symmetric key, and a second part specifying the symmetric key that is encrypted with a recipient's public key. The document processing system begins release of the job request upon receipt of the symmetric key encrypted using its public key. The document processing system uses its private key to decrypt the encrypted symmetric key. The decrypted symmetric key is then used to decrypt the first part of the job request, thereby permitting the document processing system to complete performance of the job request.
    • 在已经发布私钥和公钥的文档处理系统中管理作业请求的安全释放。 在一个实施例中,作业请求包括指定使用对称密钥加密的作业信息的第一部分和指定用接收者的公钥加密的对称密钥的第二部分。 文档处理系统在接收到使用其公钥加密的对称密钥时开始释放作业请求。 文档处理系统使用其私钥来解密加密的对称密钥。 解密的对称密钥然后用于解密作业请求的第一部分,从而允许文档处理系统完成作业请求的执行。