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    • 2. 发明申请
    • ENCODED MATRIX INDEX
    • 编码矩阵索引
    • US20090313210A1
    • 2009-12-17
    • US12140816
    • 2008-06-17
    • Robert J. BestgenThomas J. EggebraatenJeffrey W. Tenner
    • Robert J. BestgenThomas J. EggebraatenJeffrey W. Tenner
    • G06F7/06G06F17/30
    • G06F17/30324G06F19/28
    • A method, apparatus, and program product are provided for creating an Encoded Matrix Index for a column in a database table. An element of the column for all rows in the database table is compared to a corresponding reference value in a reference data structure, and in response to at least one value for the element of the column not matching the reference value, indicating a variation in a variation data structure and creating a value data structure. Queries executed using the Encoded Matrix Index include terms associated with a sub-column defined in a column of a database table. The variation data structure is accessed to determine whether any variation exists between rows belonging to a sub-column of the database table. If no variation exists, a value is accessed from the reference data structure; otherwise, a value for each row of the sub-column is accessed from a value data structure.
    • 提供了一种方法,装置和程序产品,用于为数据库表中的列创建编码矩阵索引。 将数据库表中所有行的列的元素与参考数据结构中的对应参考值进行比较,并响应于不匹配参考值的列的元素的至少一个值,指示在 变化数据结构和创建价值数据结构。 使用编码矩阵索引执行的查询包括与数据库表的列中定义的子列相关联的术语。 访问变体数据结构以确定属于数据库表的子列的行之间是否存在变化。 如果不存在变化,则从参考数据结构访问值; 否则,从值数据结构访问子列的每一行的值。
    • 3. 发明申请
    • ENCODED MATRIX INDEX
    • 编码矩阵索引
    • US20120179712A1
    • 2012-07-12
    • US13422560
    • 2012-03-16
    • Robert J. BestgenThomas J. EggebraatenJeffrey W. Tenner
    • Robert J. BestgenThomas J. EggebraatenJeffrey W. Tenner
    • G06F17/30
    • G06F17/30324G06F19/28
    • A method, apparatus, and program product are provided for creating an Encoded Matrix Index for a column in a database table. An element of the column for all rows in the database table is compared to a corresponding reference value in a reference data structure, and in response to at least one value for the element of the column not matching the reference value, indicating a variation in a variation data structure and creating a value data structure. Queries executed using the Encoded Matrix Index include terms associated with a sub-column defined in a column of a database table. The variation data structure is accessed to determine whether any variation exists between rows belonging to a sub-column of the database table. If no variation exists, a value is accessed from the reference data structure; otherwise, a value for each row of the sub-column is accessed from a value data structure.
    • 提供了一种方法,装置和程序产品,用于为数据库表中的列创建编码矩阵索引。 将数据库表中所有行的列的元素与参考数据结构中的对应参考值进行比较,并响应于不匹配参考值的列的元素的至少一个值,指示在 变化数据结构和创建价值数据结构。 使用编码矩阵索引执行的查询包括与数据库表的列中定义的子列相关联的术语。 访问变体数据结构以确定属于数据库表的子列的行之间是否存在变化。 如果不存在变化,则从参考数据结构访问值; 否则,从值数据结构访问子列的每一行的值。
    • 4. 发明授权
    • Encoded matrix index
    • 编码矩阵索引
    • US08738632B2
    • 2014-05-27
    • US13422560
    • 2012-03-16
    • Robert J. BestgenThomas J. EggebraatenJeffrey W. Tenner
    • Robert J. BestgenThomas J. EggebraatenJeffrey W. Tenner
    • G06F17/30
    • G06F17/30324G06F19/28
    • A method, apparatus, and program product are provided for creating an Encoded Matrix Index for a column in a database table. An element of the column for all rows in the database table is compared to a corresponding reference value in a reference data structure, and in response to at least one value for the element of the column not matching the reference value, indicating a variation in a variation data structure and creating a value data structure. Queries executed using the Encoded Matrix Index include terms associated with a sub-column defined in a column of a database table. The variation data structure is accessed to determine whether any variation exists between rows belonging to a sub-column of the database table. If no variation exists, a value is accessed from the reference data structure; otherwise, a value for each row of the sub-column is accessed from a value data structure.
    • 提供了一种方法,装置和程序产品,用于为数据库表中的列创建编码矩阵索引。 将数据库表中所有行的列的元素与参考数据结构中的对应参考值进行比较,并响应于不匹配参考值的列的元素的至少一个值,指示在 变化数据结构和创建价值数据结构。 使用编码矩阵索引执行的查询包括与数据库表的列中定义的子列相关联的术语。 访问变体数据结构以确定属于数据库表的子列的行之间是否存在变化。 如果不存在变化,则从参考数据结构访问值; 否则,从值数据结构访问子列的每一行的值。
    • 5. 发明授权
    • Data tranformations for a source application and multiple target applications supporting different data formats
    • 源应用程序和支持不同数据格式的多个目标应用程序的数据传输
    • US08301647B2
    • 2012-10-30
    • US12357859
    • 2009-01-22
    • Thomas J. EggebraatenJeffrey W. TennerShannon E. WenzelEric W. Will
    • Thomas J. EggebraatenJeffrey W. TennerShannon E. WenzelEric W. Will
    • G06F7/00G06F17/30
    • G06F17/30569G06F17/3092
    • Embodiments of the invention allow structured data to be transferred between a source application and target applications that process structured data in different formats. For example, structured data may have associated rules which transform the structured data based on some variables. The source application may register variable definitions for each variable in a registry. Each target application may read the registry and register values for the variables. Once values are registered, the source application transfers the structured data to a transformation engine that applies the rules, using the registered values for the variables, to transform the structured data into a format compatible with the target applications. The transformation engine may also determine distinct sets of variable values and transform structured data based on each distinct set. In doing so, the number of transformed data generated is limited to the number of distinct sets, thereby avoiding generating duplicate transformed data.
    • 本发明的实施例允许结构化数据在源应用程序和以不同格式处理结构化数据的目标应用程序之间传送。 例如,结构化数据可以具有相关联的规则,其基于一些变量来转换结构化数据。 源应用程序可以为注册表中的每个变量注册变量定义。 每个目标应用程序可以读取注册表并注册变量的值。 一旦注册了值,源应用程序将结构化数据传输到转换引擎,该转换引擎使用变量的注册值将规则转换为与目标应用程序兼容的格式。 转换引擎还可以基于每个不同的集合来确定不同的变量值集合并且转换结构化数据。 在这样做时,生成的变换数据的数量被限制为不同集合的数量,从而避免生成重复的转换数据。
    • 8. 发明申请
    • DATA TRANFORMATIONS FOR APPLICATIONS SUPPORTING DIFFERENT DATA FORMATS
    • 用于支持不同数据格式的应用的数据交换
    • US20100185696A1
    • 2010-07-22
    • US12357814
    • 2009-01-22
    • Thomas J. EggebraatenJeffrey W. TennerShannon E. WenzelEric W. Will
    • Thomas J. EggebraatenJeffrey W. TennerShannon E. WenzelEric W. Will
    • G06F17/30G06F7/00
    • G06F17/3092
    • Embodiments of the invention allow structured data to be transferred between a source application and a target application that process structured data in different formats. For example, structured data may have a set of associated rules which transform the structured data based on a set of variables. The source application may register variable definitions for each of the variables in a registry. The target application may read the registry and register values for each of the rule variables. Once values are registered for the variables, the source application may transfer the structured data to a transformation engine that applies the rules, using the registered values for the variables, to transform the structured data into a format compatible with the target application. In doing so, the transformation engine can generate a document in any format compatible with the target application and subsequently transfer the generated document to the target application.
    • 本发明的实施例允许结构化数据在源应用程序和以不同格式处理结构化数据的目标应用程序之间传送。 例如,结构化数据可以具有一组相关联的规则,其基于一组变量来变换结构化数据。 源应用程序可以为注册表中的每个变量注册变量定义。 目标应用程序可以读取每个规则变量的注册表和注册值。 一旦为变量注册了值,源应用程序可以将结构化数据传输到转换引擎,该转换引擎使用变量的注册值将规则转换为与目标应用程序兼容的格式。 在这样做时,转换引擎可以以与目标应用程序兼容的任何格式生成文档,并随后将生成的文档传送到目标应用程序。
    • 9. 发明授权
    • Abstract classification field specification
    • 抽象分类字段规范
    • US08224810B2
    • 2012-07-17
    • US12036097
    • 2008-02-22
    • Richard D. DettingerThomas J. EggebraatenJeffrey W. Tenner
    • Richard D. DettingerThomas J. EggebraatenJeffrey W. Tenner
    • G06F7/00G06F17/30
    • G06F17/30398G06F17/30525G06F17/30926
    • Techniques are disclosed for storing and rendering a graphical user interface (GUI) that includes a display area for specifying result fields and operators to define an abstract query. Each result field corresponds to a logical field specification of a data abstraction model abstractly describing data in a database. The GUI further includes a display area for specifying classification fields for the abstract query, each classification field including a result field and a classification definition, and the display area including a result field window displaying available result fields and graphical elements configured to allow specification of classification definitions for one or more selected result fields. The classification definition is suitable for dividing data into a plurality of categories. The GUI further includes a selection element for specifying whether the specified classification fields are included with the abstract query for execution, and another selection element for initiating execution of the abstract query.
    • 公开了用于存储和呈现包括用于指定结果字段的显示区域和用于定义抽象查询的运算符的图形用户界面(GUI)的技术。 每个结果字段对应于抽象地描述数据库中的数据的数据抽象模型的逻辑字段规范。 GUI还包括用于指定抽象查询的分类字段的显示区域,每个分类字段包括结果字段和分类定义,并且显示区域包括显示可用结果字段的结果字段窗口和被配置为允许指定分类的图形元素 一个或多个选定结果字段的定义。 分类定义适合于将数据分割成多个类别。 GUI还包括用于指定指定的分类字段是否包括在用于执行的抽象查询中的选择元素,以及用于发起抽象查询的执行的另一选择元素。