商业智能相关的专利数据

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
181	Business intelligence monitoring tool	US10919643	2004-08-17	US20060041547A1	2006-02-23	Robert Karch
An improved method and apparatus for auditing database queries, wherein comments are added by a server prior to the server forwarding the queries to the database system. The comments are then used to derive audit information, which is correlated with other audit information in a different server, to produce a more complete audit record.
182	QUERY OPTIMIZATION TECHNIQUES FOR BUSINESS INTELLIGENCE SYSTEMS	EP12800442	2012-06-05	EP2721532A4	2014-11-12	WANG YUTONG JEFFREY; DUMITRU MARIUS

183	ACTIONABLE BUSINESS INTELLIGENCE SYSTEM AND METHOD	EP07851908.9	2007-12-13	EP2176818A1	2010-04-21	HALKUS, Gerrit Joseph; JONGSMA, Willem Machiel
The invention relates to system (200) for analyzing and controlling a business process, comprising a softwar e platform (201) for supporting at least one business intelligence module (107). The software platform (201) is arranged to provide an interface between a user and the at least one BI module (107). The system further comprises an integration module (204) a rranged to communicate with the software platform (201) and with the at least one business intelligence module (302). The integration module (204) is also arranged to: - extract business data from at least one business data storage (102) source; - offer the business data to the at least one business intelligence module (107); - receive a command from the software platform (201) or from the business intelligence module (107) indicating that the user asked for action to decrease a difference between a value of a business target parameter and a value of a realization parameter; - create one or more appropriate business actions to decrease the difference using business rules already provided by the user; - communicate the one or more business actions to at least one business software application, such as an ERP application, in charge of the at least one business data storage.
184	Apparatus and method for transporting business intelligence objects between business intelligence systems	US11303039	2005-12-14	US07899820B2	2011-03-01	Stephan Jacob Nagoski; Carlos Antonio Mejia
A computer readable medium includes executable instructions to create a first export file that defines attributes and relationships associated with a first business intelligence object. A second export file that characterizes a second business intelligence object associated with the first business intelligence object is formed. The first export file and the second export file are combined into a composite export entity. The composite export entity is distributed.
185	SYSTEM FOR PROVISIONING BUSINESS INTELLIGENCE	US15093979	2016-04-08	US20170024674A1	2017-01-26	Carlos Lerena; Gonzalo Almada; William Osteux
Disclosed is a method of provisioning business intelligence to a plurality of users in a business organization. The method may include storing a plurality of business analytical data corresponding to a level of a plurality of levels in the business organization. Further, the method may include generating a user interface including a plurality of visualizations of the plurality of business analytical data. Additionally, the method may include communicating the user interface to a plurality of user devices associated with a plurality of users. Accordingly, the plurality of devices may be configured to display the user interface.
186	Process driven business intelligence	US12912787	2010-10-27	US09064224B2	2015-06-23	Wuzhen Xiong; Mingjian Hu; Xu Chen; MingZhe Huang; Jianzhuo Shi
Described herein is a technology for facilitating process driven business intelligence. In one implementation, context data generated by a business process tool is received. One or more relevant application programming interfaces (APIs) are identified by matching the APIs with the current attribute associated with the context data. The APIs are executable by a processor to retrieve source data from an information source and provide business intelligence based on the source data.
187	Entity-based business intelligence	US12133552	2008-06-05	US07979436B2	2011-07-12	Ariel Fuxman; Peter Jay Haas; Berthold Reinwald; Yannis Sismanis; Ling Wang
A method is disclosed for conducting a query to transform data in a pre-existing database, the method comprising: collecting database information from the pre-existing database, the database information including inconsistent dimensional tables and fact tables; running an entity discovery process on the inconsistent dimensional tables and the fact tables to produce entity mapping tables; using the entity mapping tables to resolve the inconsistent dimensional tables into resolved dimensional tables; and running the query on a resolved database to obtain a query result, the resolved database including the resolved dimensional table.
188	Method of providing business intelligence	US11727895	2007-03-28	US20080243912A1	2008-10-02	Behnam Azvine; Detlef Daniel Nauck; Martin Winfried Spott
The present invention provides a method of determining business intelligence in real time. A business process or operation can be defined by a number of inter-related business entities. The inter-relationship between the values associated with each business entity can be determined such that the values of strategic objectives, such as customer satisfaction, can be determined in accordance with changes in operational parameters, for example the number of active engineers, or external factors, such as the rate that calls are made to a help line.
189	BUSINESS INTELLIGENCE SYSTEMS AND METHODS	US14041248	2013-09-30	US20140214495A1	2014-07-31	Rajesh Kutty; Jean Michel Guillemin
Disclosed is a computer readable storage medium including executable instructions to provide a navigational menu and a choice of actions as a graphic user interface (GUI). The disclosed embodiments are particularly suited, but not restricted, to Business Intelligence (BI) applications requiring hierarchical menu items to be drilled down or up and searched across dimensions. Also disclosed is a computer readable storage medium including executable instructions to configure the content and the layout of a mobile application for a business intelligence dashboard, particularly displaying and interacting with data under any form of graphical or tabular visualization.
190	Entity-based business intelligence	US11771668	2007-06-29	US07792856B2	2010-09-07	Ariel Fuxman; Peter Jay Haas; Berthold Reinwald; Yannis Sismanis; Ling Wang
A method is disclosed for conducting a query to transform data in a pre-existing database, the method comprising: collecting database information from the pre-existing database, the database information including inconsistent dimensional tables and fact tables; running an entity discovery process on the inconsistent dimensional tables and the fact tables to produce entity mapping tables; using the entity mapping tables to resolve the inconsistent dimensional tables into resolved dimensional tables; and running the query on a resolved database to obtain a query result, the resolved database including the resolved dimensional table.
191	Calendar-driven Business Intelligence	US12109970	2008-04-25	US20090271242A1	2009-10-29	Seth Stafford; Margaret Lloyd
Techniques for aiding individuals in managing work activities. In one set of embodiments, information about work activities for an individual is received from a plurality of different business applications. The work activities relate to business transactions facilitated by the plurality of different business applications. Calendar entries are then generated for each work activity based on the received information, and presented in a calendar of the individual. In various embodiments, the calendar entries are generated automatically (i.e., without human intervention). By focusing on the time sequence in which work activities should be addressed, embodiments of the present invention enable individuals to quickly and efficiently prioritize and carry out their pending work activities, thereby improving the operational efficiency of an enterprise.
192	Business intelligence system and method	US10782312	2004-02-19	US20040230471A1	2004-11-18	Cyril Henry Putnam Brookes
A Business Intelligence requirements specification system for utilisation in conjunction with the operations of an organisation, the specification system including: at least one of four independent interactive modules supporting interrogation of, or self-analysis by, an executive, each of the modules eliciting and storing information requirements relevant to the organisation, the modules including: (a) a first module eliciting and storing information requirements related to the operational status of the organisation; (b) a second module eliciting and storing information requirements about the relevant acceptability of the operational status of the organisation; (c) a third module eliciting and storing information requirements derived from forecasting and exception analysis models of the organisation; and (d) a fourth module eliciting and storing information and model requirements likely to be required should a problem be identified with the organisation. The system also being effective in auditing and reporting on the quality and adequacy of existing Business Intelligence systems.
193	商業智慧管理系統 BUSINESS INTELLIGENCE SYSTEM	TW093115231	2004-05-28	TW200538974A	2005-12-01	吳健生 WU, JOHNSON
本發明提供一種商業智慧管理系統、方法以及其可被電腦讀取之物品，其係藉由執行一軟體程式，以產生各階層管理者所需之管理資訊，該方法包含以下步驟：設定複數個管理指標項目；定義複數組指標性質屬性群，其中每一組指標性質屬性群包含複數個指標性質屬性；定義每一管理指標項目所對應之至少一指標性質屬性；以及依據該至少一指標性質屬性產生至少一管理報表。
194	Business intelligence system and methods	US11498943	2006-08-03	US20070038683A1	2007-02-15	James Dixon; Doug Moran; Marc Batchelor
In general, the invention relates to a business intelligence platform. In one aspect, data is logged such that information about execution instances can be obtained. In another aspect, action sequences are developed, stored, and executed, such that use of a variety of components can be specified.
195	Calendar-driven business intelligence	US12109970	2008-04-25	US08626549B2	2014-01-07	Seth Stafford; Margaret Lloyd
Techniques for aiding individuals in managing work activities. In one set of embodiments, information about work activities for an individual is received from a plurality of different business applications. The work activities relate to business transactions facilitated by the plurality of different business applications. Calendar entries are then generated for each work activity based on the received information, and presented in a calendar of the individual. In various embodiments, the calendar entries are generated automatically (i.e., without human intervention). By focusing on the time sequence in which work activities should be addressed, embodiments of the present invention enable individuals to quickly and efficiently prioritize and carry out their pending work activities, thereby improving the operational efficiency of an enterprise.
196	BUSINESS INTELLIGENCE AND REPORT STORYBOARDING	US13033505	2011-02-23	US20120117089A1	2012-05-10	Olivier Lionel Matrat; Thierry J. D'Hers; Amir M. Netz; Stella Chan Rowlett; Riccardo E. Muti
Embodiments are directed to organizing reporting data from various sources such as frames into a storyboard view with additional metadata that is specific to the storyboard and to sharing and/or exporting a storyboard sequence of reporting frames. In an embodiment, a computer system accesses various portions of reporting data. The reporting data includes source data, relevant data states and metadata describing properties of the associated report. The computer system organizes the reporting data into multiple reporting frames according to various organizing criteria. Each reporting frame is incorporated into a storyboard interface. The computer system also displays the storyboard interface which includes each of the reporting frames organized according the organizing criteria.
197	METHOD FOR GENERATING BUSINESS INTELLIGENCE	US12579621	2009-10-15	US20100030803A1	2010-02-04	Erik Rothenberg; Kevin Goldberg; William J. Salak; Jeannette Draper
A method for generating business intelligence comprising the steps of creating a database, contributing data into the database via a computer, assigning numeric values to the data via the computer and calculating scores from the data. The data is selected from agenda, statements, subject types and attributes. The agendum is an objective. The statements support the agendum. The subject types comprise a category of a person, place or object. The attributes describe the subject types and may comprise attribute value descriptions and attribute value inputs. All the data is inputted into a software program, and the software program is utilized to calculate a holistic agendum score or a normalized agendum score. The holistic agendum score is a numerical indicator of the agendum based on holistic calculations and the normalized agendum score is a numerical indicator of the agendum based on zero-based cross normalization calculations.
198	Decision HUB business intelligence collaboration	US10970627	2004-10-20	US20050080662A1	2005-04-14	Sunil Srivastava
An analysis of a business process is received from an analytics application and stored at a decision hub is provided. The analysis may include a problem and a possible solution. The business hub then identifies an entity responsible for the process and the analysis information is sent to the entity. The entity may review the analysis information and determine a decision based on the analysis. For example, the decision approves a change that can be implemented in the process based on the problem and solution received. Information for the decision made is then received and stored at a decision hub. The change in the process may be implemented in an operational application. Result information resulting from the change in the process is then received at the decision hub. The analysis information, decision information, and result information may thus be stored by the decision hub.
199	METHODOLOGY SUPPORTED BUSINESS INTELLIGENCE (BI) SOFTWARE AND SYSTEM	EP13794514.3	2013-05-23	EP2852901A1	2015-04-01	FRAFJORD, Erik
The invention provides idealized and reusable data source interfaces. The process of idealizing includes reengineering of the original data model using a surrogate key based model. The technique emphasizes readability and performance of the resulting operational data store. The invention provides a unique method for handling changes that allows all types of changes to be automatically implemented in the operational data store by table conversion. Further the invention provides Inline materialization that supports a continuous data flow dependency chain. The continuous dependency chain is used to provide automated documentation as well as dynamic paralleled transformation process. Finally master data integration is provided as a benefit of architecture and the inbuilt surrogate key based data model. The feature implements integrations by specification rather than by programming.
200	Providing web services from business intelligence queries	EP11000048.6	2011-01-05	EP2357576A2	2011-08-17	Jung, Michael; Brechtel, Joachim; Böhm, Markus; Kahn, Markus; Klensch, Christian; Koerner, Hartmut; Mueller, Stefan-Claudius; Paul, Andreas; Putz, Richard
In an embodiment of the invention, analytical data may be extracted from a business intelligence (BI) system on criteria specified in metadata of a business intelligence query. Once the data is extracted from the BI system, the extracted content may be provided in the context of semantic identifiers. In an embodiment, the semantic identifiers may provide a description of the extracted content associated with the identifier. In one embodiment, the semantic identifiers may be obtained from the criteria specified in the query. In another embodiment, the semantic identifiers may be defined in and obtained from a separate enterprise service repository. In an embodiment, a proposed mapping between query elements and semantic identifiers may be suggested by a processor.

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