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    • 3. 发明授权
    • System and method of multidimensional query results processing
    • 多维查询结果处理的系统和方法
    • US09081849B2
    • 2015-07-14
    • US10855818
    • 2004-05-27
    • David CushingMarius CosmaNeil WarnerHelmut Beffert
    • David CushingMarius CosmaNeil WarnerHelmut Beffert
    • G06F17/00G06F17/30
    • G06F17/30604G06F17/30392G06F17/30592G06F17/30955
    • A multidimensional query results processing system for translating output of an execution of a multidimensional query into a data result set that reflects the semantics of an entity/relationship schema report specification is provided. The system comprises a result set description generation module for producing a result set description that reflects the semantics of the report specification, a tabular row generation module for converting the results of the single multi-dimensional query into a collection of rows of data, a tabular summary level calculation module for calculating a summarization level of a row a data, a tabular header row generation module for producing a header row to include in the row of data, and a cross-tabulated result generation module for converting the results of the single multi-dimensional query into a result set that matches the semantics of the report specification.
    • 提供了一种用于将多维查询的执行的输出转换为反映实体/关系模式报告规范的语义的数据结果集的多维查询结果处理系统。 该系统包括用于产生反映报告规范的语义的结果集描述的结果集描述生成模块,用于将单个多维查询的结果转换为数据行集合的表格行生成模块,表格 用于计算数据行的汇总级别的汇总级别计算模块,用于产生包括在该行数据中的标题行的表格标题行生成模块,以及用于将单个多个数据的结果进行转换的交叉列表结果生成模块 结果集中的维度查询与报表规范的语义相匹配。
    • 4. 发明申请
    • System and method of multidimensional query results processing
    • 多维查询结果处理的系统和方法
    • US20050010566A1
    • 2005-01-13
    • US10855818
    • 2004-05-27
    • David CushingMarius CosmaNeil WarnerHelmut Beffert
    • David CushingMarius CosmaNeil WarnerHelmut Beffert
    • G06F17/30
    • G06F17/30604G06F17/30392G06F17/30592G06F17/30955
    • A multidimensional query results processing system for translating output of an execution of a multidimensional query into a data result set that reflects the semantics of an entity/relationship schema report specification is provided. The system comprises a result set description generation module for producing a result set description that reflects the semantics of the report specification, a tabular row generation module for converting the results of the single multi-dimensional query into a collection of rows of data, a tabular summary level calculation module for calculating a summarization level of a row a data, a tabular header row generation module for producing a header row to include in the row of data, and a cross-tabulated result generation module for converting the results of the single multi-dimensional query into a result set that matches the semantics of the report specification.
    • 提供了一种用于将多维查询的执行的输出转换为反映实体/关系模式报告规范的语义的数据结果集的多维查询结果处理系统。 该系统包括用于产生反映报告规范的语义的结果集描述的结果集描述生成模块,用于将单个多维查询的结果转换为数据行集合的表格行生成模块,表格 用于计算数据行的汇总级别的汇总级别计算模块,用于产生包括在该行数据中的标题行的表格标题行生成模块,以及用于将单个多个数据的结果进行转换的交叉列表结果生成模块 结果集中的维度查询与报表规范的语义相匹配。
    • 8. 发明授权
    • Automated batch auctions in conjunction with continuous financial markets
    • 自动批量拍卖与持续的金融市场结合在一起
    • US08533100B2
    • 2013-09-10
    • US12627749
    • 2009-11-30
    • David Cushing
    • David Cushing
    • G06Q40/00
    • G06Q40/04G06Q30/08G06Q40/00
    • A method and system for performing a batch auction whereby a series of orders, according to a variety of predetermined order types, are generated by qualified market participants and communicated to an auction system. The auction system takes into account each order and its impact upon relative supply and demand to determine by a preset algorithm a price and share transaction quantity. Trades are executed at the price, and a portion of the transaction quantity is allocated to each investor on a fair basis dependent upon their initial orders. In embodiments of the present invention, the auction system uses a computer system or network designed to automatically perform one or more steps of the above method. Such a system is preferably connected to one or more ECNs such that non-executed shares can be automatically sent to outside sources for execution. In alternative embodiments, the invention includes the use of a one or more intermediaries or market makers to cover certain unexecuted trades at the determined price. The present invention is preferably used to conduct batch auctions at the opening and closing of securities trading markets.
    • 一种用于执行批量拍卖的方法和系统,其中根据各种预定顺序类型的一系列订单由合格的市场参与者产生并传送给拍卖系统。 拍卖系统考虑到每个订单及其对相对供应和需求的影响,通过预设算法确定价格和交易数量。 交易以价格执行,交易数量的一部分根据其初始订单以公平的方式分配给每个投资者。 在本发明的实施例中,拍卖系统使用被设计为自动执行上述方法的一个或多个步骤的计算机系统或网络。 这样的系统优选地连接到一个或多个ECN,使得非执行共享可以被自动发送到外部来执行。 在替代实施例中,本发明包括使用一个或多个中间商或营销商以确定的价格来覆盖某些未执行的交易。 本发明优选用于在证券交易市场开市时进行批量拍卖。
    • 9. 发明授权
    • System and method of member unique names
    • 成员唯一名称的系统和方法
    • US07720789B2
    • 2010-05-18
    • US11767252
    • 2007-06-22
    • Glen SeedsDavid CushingHenk Cazemier
    • Glen SeedsDavid CushingHenk Cazemier
    • G06F17/30
    • G06F17/30592
    • A member unique name (MUN) structure and MUN translation system and method are provided. The MUN structure comprises a canonical business key for uniquely identifying a member across different dimensional data sources within a business enterprise and at least one of a dimension reference for defining the context in which the remaining portions of the MUN exist or a data source identifier (DSI) for uniquely identifying a member within a dimensional data source that implements its own unique member identifiers. The MUN translation system comprises a translation selection module for selecting a MUN transformation and a collection of MUN transformations for transforming a MUN structure of a first data source into a MUN structure of the second data source. The collection of MUN transformations comprises at least one of a different source technology OLAP to OLAP transformation for transforming a third OLAP MUN to a fourth OLAP MUN or a Dimensionally Modelled Relational (DMR) to OLAP transformation for transforming a DMR MUN to an OLAP MUN. The third OLAP MUN and fourth OLAP MUN are of different source technologies. The method comprises the steps of selecting a MUN transformation and transforming a MUN of a first data source into a MUN of the second data source. The step of transforming comprises at least one of the steps of transforming a first OLAP MUN to a second OLAP MUN, the first OLAP MUN and second OLAP MUN are of different source technologies or transforming a DMR MUN to an OLAP MUN.
    • 提供会员唯一名称(MUN)结构和MUN翻译系统和方法。 MUN结构包括用于唯一地识别商业企业内的不同维度数据源的成员的规范业务密钥,以及用于定义存在MUN的剩余部分的上下文的维度引用中的至少一个或数据源标识符(DSI ),用于唯一标识实现其自己的唯一成员标识符的维数据源中的成员。 MUN翻译系统包括用于选择MUN变换的转换选择模块和用于将第一数据源的MUN结构变换为第二数据源的MUN结构的MUN变换的集合。 MUN转换的集合包括不同的源技术OLAP到OLAP转换中的至少一种,用于将第三OLAP MUN转换为第四OLAP MUN或维度建模关系(DMR)到用于将DMR MUN转换为OLAP MUN的OLAP转换。 第三个OLAP MUN和第四个OLAP MUN是不同的源技术。 该方法包括以下步骤:选择MUN变换并将第一数据源的MUN变换为第二数据源的MUN。 变换步骤包括将第一OLAP MUN转换为第二OLAP MUN的步骤中的至少一个,第一OLAP MUN和第二OLAP MUN具有不同的源技术或将DMR MUN转换为OLAP MUN。
    • 10. 发明申请
    • SYSTEM AND METHOD OF MEMBER UNIQUE NAMES
    • 会员名称系统与方法
    • US20080005063A1
    • 2008-01-03
    • US11767252
    • 2007-06-22
    • Glen SeedsDavid CushingHenk Cazemier
    • Glen SeedsDavid CushingHenk Cazemier
    • G06F17/30
    • G06F17/30592
    • A member unique name (MUN) structure and MUN translation system and method are provided. The MUN structure comprises a canonical business key for uniquely identifying a member across different dimensional data sources within a business enterprise and at least one of a dimension reference for defining the context in which the remaining portions of the MUN exist or a data source identifier (DSI) for uniquely identifying a member within a dimensional data source that implements its own unique member identifiers. The MUN translation system comprises a translation selection module for selecting a MUN transformation and a collection of MUN transformations for transforming a MUN structure of a first data source into a MUN structure of the second data source. The collection of MUN transformations comprises at least one of a different source technology OLAP to OLAP transformation for transforming a third OLAP MUN to a fourth OLAP MUN or a Dimensionally Modelled Relational (DMR) to OLAP transformation for transforming a DMR MUN to an OLAP MUN. The third OLAP MUN and fourth OLAP MUN are of different source technologies. The method comprises the steps of selecting a MUN transformation and transforming a MUN of a first data source into a MUN of the second data source. The step of transforming comprises at least one of the steps of transforming a first OLAP MUN to a second OLAP MUN, the first OLAP MUN and second OLAP MUN are of different source technologies or transforming a DMR MUN to an OLAP MUN.
    • 提供会员唯一名称(MUN)结构和MUN翻译系统和方法。 MUN结构包括用于唯一地识别商业企业内的不同维度数据源的成员的规范业务密钥,以及用于定义存在MUN的剩余部分的上下文的维度引用中的至少一个或数据源标识符(DSI ),用于唯一标识实现其自己的唯一成员标识符的维数据源中的成员。 MUN翻译系统包括用于选择MUN变换的转换选择模块和用于将第一数据源的MUN结构变换为第二数据源的MUN结构的MUN变换的集合。 MUN转换的集合包括不同的源技术OLAP到OLAP转换中的至少一种,用于将第三OLAP MUN转换为第四OLAP MUN或维度建模关系(DMR)到用于将DMR MUN转换为OLAP MUN的OLAP转换。 第三个OLAP MUN和第四个OLAP MUN是不同的源技术。 该方法包括以下步骤:选择MUN变换并将第一数据源的MUN变换为第二数据源的MUN。 变换步骤包括将第一OLAP MUN转换为第二OLAP MUN的步骤中的至少一个,第一OLAP MUN和第二OLAP MUN具有不同的源技术或将DMR MUN转换为OLAP MUN。