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    • 3. 发明授权
    • Dynamic response form symbology processing
    • 动态响应形式符号处理
    • US08412004B2
    • 2013-04-02
    • US12905187
    • 2010-10-15
    • Tristan E. HoffmannPaul J. HolensteinOwen C. DavisonVictor F. BeruttiBruce D. Holenstein
    • Tristan E. HoffmannPaul J. HolensteinOwen C. DavisonVictor F. BeruttiBruce D. Holenstein
    • G06K7/10
    • G06K9/00442
    • A method is provided for using at least one response bubble on a response form to indicate one or more responses. The response form has a key definition area that includes one or more response bubbles corresponding to one or more intended responses, and a response area that includes one or more response bubbles for indicating intended responses. A response form is completed by defining an unambiguous symbology of one or more marks by completing the key definition area, and filling in the response area using the defined unambiguous symbology. The response form is then electronically imaged. The unambiguous symbology is then automatically interpreted from the key definition area of the response form. The indicated intended responses of the one or more response bubbles of the completed response form are automatically interpreted using the interpreted unambiguous symbology, and the electronically imaged completed response form.
    • 提供了一种在响应表单上使用至少一个响应气泡来指示一个或多个响应的方法。 响应表格具有关键定义区域,其包括与一个或多个预期响应相对应的一个或多个响应气泡,以及包括用于指示预期响应的一个或多个响应气泡的响应区域。 通过完成密钥定义区域定义一个或多个标记的明确符号系统,并使用定义的明确符号体系填写响应区域来完成响应表单。 然后将响应表格电子地成像。 然后从响应表单的键定义区域自动解释明确的符号系统。 使用解释的明确符号系统和电子成像完成的响应表单自动解释完成的响应表单的一个或多个响应气泡的指示的预期响应。
    • 6. 发明授权
    • Multi-level optical mark reading that uses an unambiguous symbology of marks to fill into response bubbles
    • 多级光学标记阅读使用标记的明确符号来填充响应气泡
    • US07555145B2
    • 2009-06-30
    • US10859483
    • 2004-06-02
    • Bruce D. HolensteinOwen C. DavisonVictor F. BeruttiPaul J. Holenstein
    • Bruce D. HolensteinOwen C. DavisonVictor F. BeruttiPaul J. Holenstein
    • G06K9/00G06K9/48G06K9/46G09B7/00G06K7/10
    • G06K17/0032
    • One or more response bubbles are used on a scannable form to be read by a scanning system. An unambiguous symbology of marks is defined to fill into each response bubble, thereby allowing at least one of a plurality of different non-empty intended responses having different output values to be entered into each response bubble. One or more response bubbles are provided on the scannable form to be filled in according to the defined symbology of unambiguous marks. A filled in form is scanned with the scanning system and an image of the scanned form is processed by identifying pixels associated with each response bubble, interpreting the pixels associated with each response bubble to define a raw score according to the defined unambiguous symbology of marks used to mark each response bubble, translating the raw score for each response bubble into one of the plurality of different intended non-empty responses, and outputting the value of the non-empty response for each response bubble. Different output values have different meanings.
    • 扫描系统读取可扫描形式的一个或多个响应气泡。 定义了明确的符号符号,以填充到每个响应气泡中,从而允许将具有不同输出值的多个不同的非空预期响应中的至少一个输入到每个响应气泡中。 根据明确标记的规定符号,在可扫描形式上提供一个或多个响应气泡以进行填充。 用扫描系统扫描填写的表格,并通过识别与每个响应气泡相关联的像素来处理扫描形式的图像,解释与每个响应气泡相关联的像素,以根据所使用的标记的明确符号来定义原始分数 标记每个响应气泡,将每个响应气泡的原始分数转换为多个不同的预期非空响应之一,并输出每个响应气泡的非空响应的值。 不同的输出值有不同的含义。
    • 9. 发明授权
    • Synchronization of plural databases in a database replication system when replication is slower than the synchronization process
    • 当复制比同步过程慢时,数据库复制系统中的多个数据库的同步
    • US07882062B2
    • 2011-02-01
    • US11970967
    • 2008-01-08
    • Paul J. HolensteinBruce D. HolensteinGary E. Strickler
    • Paul J. HolensteinBruce D. HolensteinGary E. Strickler
    • G06F17/30G06F7/00
    • G06F17/30578G06F17/30362Y10S707/99952Y10S707/99953Y10S707/99954
    • A target database is synchronized with a source database and the source database is replicated to the target database in a database replication system. The source database is on-line during the synchronization. The source database is located at a first node of the system, and the target database is located at a second node of the system. Changes in the source database are replicated to the target database by sending a replication stream from the first node to the second node. Successive blocks of data are sent from the first node to the target database to synchronize or resynchronize the target database with the source database. Each block of data includes one or more rows of data. The successively sent blocks of data define a loading stream. The successively sent blocks of data are posted into the target database when the replication stream is occurring slower than the loading stream. Synchronization or resynchronization thereby occurs simultaneously with replication.
    • 目标数据库与源数据库同步,源数据库将复制到数据库复制系统中的目标数据库。 源数据库在同步期间在线。 源数据库位于系统的第一个节点,目标数据库位于系统的第二个节点。 通过将复制流从第一个节点发送到第二个节点,将源数据库中的更改复制到目标数据库。 将数据块从第一个节点发送到目标数据库,以使目标数据库与源数据库同步或重新同步。 每个数据块包括一行或多行数据。 连续发送的数据块定义了一个加载流。 当复制流发生慢于加载流时,连续发送的数据块被发布到目标数据库中。 因此同步或重新同步与复制同时发生。