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    • 3. 发明授权
    • Optimizing the performance of duplicate identification by content
    • 通过内容优化重复识别的性能
    • US07617195B2
    • 2009-11-10
    • US11729383
    • 2007-03-28
    • Tao LiangXianing ZhuFrancois RagnetMichel GastaldoNicolas Monet
    • Tao LiangXianing ZhuFrancois RagnetMichel GastaldoNicolas Monet
    • G06F17/30
    • G06F17/30011Y10S707/99933Y10S707/99935Y10S707/99936
    • In accordance with the disclosure, there is provided a method for identifying duplicate documents comprising drafting a first document and creating a near unique representative string based on the document content. The method further comprises searching for other documents with the same NRS and selectively assigning a duplicate group identification to the first document, the duplicate group identification is unique if no near unique representative string matches are found, or the duplicate group identification is the same as an associated duplicate document's duplicate group identification that matches the NRS. The method further comprises placing the DGI into a meta-data of the first document and recalling a list of duplicates of a particular document based upon user demand by searching the meta-data and selecting documents using the same DGI.
    • 根据本公开,提供了一种用于识别重复文档的方法,包括起草第一文档并基于文档内容创建近似唯一的代表性字符串。 该方法还包括搜索具有相同NRS的其他文档并且选择性地将重复组标识分配给第一文档,如果没有找到附近唯一的代表性字符串匹配,则重复组标识是唯一的,或者重复组标识与 相关联的重复文件与NRS匹配的重复组标识。 该方法还包括将DGI放置到第一文档的元数据中,并且通过搜索元数据并使用相同的DGI选择文档,基于用户需求来调用特定文档的重复列表。
    • 6. 发明申请
    • Mobile device-enabled secure release of print jobs using parallel decryption
    • 使用并行解密的移动设备启用的打印作业的安全释放
    • US20070182985A1
    • 2007-08-09
    • US11348422
    • 2006-02-06
    • Victor CirizaFrancois RagnetDavid Salgado
    • Victor CirizaFrancois RagnetDavid Salgado
    • G06F3/12
    • G06F21/608G06F2221/2115G06F2221/2153
    • In a printing method, content of a print job is split into a main portion and a completing portion at a user terminal (10). The main portion is encrypted using the user terminal. The encrypted main portion (32) is sent to a printing device (12). The completing portion is encrypted using a mobile device (20) operatively connected with the user terminal. The encrypted completing portion (34) is stored on the operatively connected mobile device. The mobile device is operatively disconnected the from the user terminal, and is operatively connected with the printing device. After the operative connecting: (i) the encrypted main portion is decrypted using the printing device and the completing portion is decrypted using the mobile device; (ii) the decrypted main portion and the decrypted completing portion are combined to reconstruct the print job; and (iii) the reconstructed print job is executed using the printing device.
    • 在打印方法中,打印作业的内容被分割成用户终端(10)的主要部分和完成部分。 主要部分使用用户终端进行加密。 加密的主体部分(32)被发送到打印装置(12)。 使用与用户终端可操作地连接的移动设备(20)对完成部分进行加密。 加密完成部分(34)存储在可操作连接的移动设备上。 移动设备可操作地从用户终端断开,并且与打印设备可操作地连接。 在操作连接之后:(i)使用打印设备解密加密的主要部分,并使用移动设备对完成部分进行解密; (ii)解密的主要部分和解密的完成部分被组合以重建打印作业; 和(iii)使用打印装置执行重建的打印作业。
    • 7. 发明申请
    • Secure printing via a wireless internet service
    • 通过无线网络服务进行安全打印
    • US20070182984A1
    • 2007-08-09
    • US11347871
    • 2006-02-06
    • Francois RagnetVictor CirizaDavid SalgadoPascal Valobra
    • Francois RagnetVictor CirizaDavid SalgadoPascal Valobra
    • G06F3/12
    • 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。
    • 9. 发明申请
    • OPTICAL MARK CLASSIFICATION SYSTEM AND METHOD
    • 光学标记分类系统和方法
    • US20110200256A1
    • 2011-08-18
    • US12704792
    • 2010-02-12
    • Nicolas Raphael SaubatFrancois RagnetPhilippe ReroleEric H. CheminotJohn A. Moore
    • Nicolas Raphael SaubatFrancois RagnetPhilippe ReroleEric H. CheminotJohn A. Moore
    • G06K9/46
    • G06K9/3233G06K9/2063G06K2209/01
    • A system, method, and apparatus for mark recognition in an image of an original document are provided. The method/system takes as input an image of an original document in which at least one designated field is provided for accepting a mark applied by a user (which may or may not have been marked). A region of interest (RoI) is extracted from the image, roughly corresponding to the designated field. A center of gravity (CoG) of the RoI is determined, based on a distribution of black pixels in the RoI. Thereafter, for one or more iterations, the RoI is partitioned into sub-RoIs, based on the determined CoG, where at a subsequent iteration, sub-RoIs generated at the prior iteration serve as the RoI partitioned. Data is extracted from the RoI and sub-RoIs at one or more of the iterations, which allows a representation of the entire RoI to be generated which is useful in classifying the designated field, e.g., as positive (marked) or negative (not marked).
    • 提供了一种用于原始文档的图像中的标记识别的系统,方法和装置。 该方法/系统将原始文档的图像作为输入,其中提供至少一个指定字段用于接受用户应用的标记(其可以被标记或可能不被标记)。 从图像中提取感兴趣区域(RoI),大致对应于指定字段。 基于RoI中的黑色像素的分布,确定RoI的重心(CoG)。 此后,对于一次或多次迭代,基于所确定的CoG将RoI划分为子路由,其中​​在随后的迭代中,在先前迭代中生成的子路由用作RoI分区。 在一次或多次迭代中,从RoI和Sub-RoI中提取数据,这允许生成对整个指定字段进行分类的整个RoI的表示,例如作为正(标记)或否定(未标记) )。