1
   The Business Pressures-Responses-Support Model     The business environment     Organizational responses: be reactiv...
3
   business intelligence (BI)    A conceptual framework for decision support.    It combines architecture, databases (or ...
   business intelligence (BI)     is an umbrella term that combines architectures,      tools, databases, applications, ...
6
   The Origins and Drivers of Business    Intelligence     Organizations are being compelled to capture,      understand...
   BI’s Architecture and Components     Data Warehouse     Business Analytics      ▪ Automated decision systems     Pe...
9
   BI’s Architecture and Components     Data Warehouse      ▪ Originally, included historical data that were organized  ...
   BI’s Architecture and Components     Data Warehouse      ▪ Create a database infrastructure that is always online    ...
   BI’s Architecture and Components     Business Analytics      ▪ Reporting and queries      ▪ Advanced analytics      ▪...
   BI’s Architecture and Components     Data Mining     A class of information analysis based on databases     that look...
   BI’s Architecture and Components     business (or corporate) performance     management (BPM)     A component of BI b...
   BI’s Architecture and Components     User Interface: Dashboards and Other     Information Broadcasting Tools     ▪ Da...
   Styles of BI    ▪   Report Delivery and Alerting    ▪   Enterprise Reporting (dashboard, scorecard)    ▪   Cube Analys...
The   Benefits of BI   Time savings                  Faster, more accurate reporting   Single version of truth   Impr...
   The Business Value of BI     How BI Can Help      ▪ Assess their readiness for meeting the challenges posed        by...
   The Business Value of BI     Key Issues and Framework for BI Analysis      ▪ How can enterprises maximize their BI in...
   Intelligence Gathering     In order to be useful in decision making and      improving the bottom line, the data must...
 online transaction processing systems (OLTP)  Systems that handle a company’s routine ongoing  business online analytic...
   Some Theories of BI     A factory and warehouse     The information factory     Data warehousing and business intel...
   The information factory view     Enterprise information factory as a way to describe      how companies conduct and o...
An information factory has:   Inputs               Processing of inputs     Data sources         Analysis     Acquisi...
25
   The Strategic Imperative of BI     Barriers to entry of a new competitor are being      significantly diminished    ...
   Competitive Intelligence (CI)     CI implies tracking what competitors are doing by      gathering material on their ...
   The Typical BI User Community     IT staff     Power users      ▪ a computer user who needs the fastest and most    ...
   Real-time, On-Demand BI Is Attainable   Developing or Acquiring BI Systems   Justification and Cost/Benefit Analysis...
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Intro bi

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Intro bi

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  2. 2.  The Business Pressures-Responses-Support Model  The business environment  Organizational responses: be reactive, anticipative, adaptive, and proactive  Computerized support ▪ Closing the Strategy Gap One of the major objectives of BI is to facilitate closing the gap between the current performance of an organization and its desired performance as expressed in its mission, objectives, and goals and the strategy for achieving them 2
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  4. 4.  business intelligence (BI) A conceptual framework for decision support. It combines architecture, databases (or data warehouse), analytical tools and applications 4
  5. 5.  business intelligence (BI)  is an umbrella term that combines architectures, tools, databases, applications, and methodologies.  Its major objective is to enable interactive access (sometimes in real time) to data, enable manipulation of these data, and to provide business managers and analysts the ability to conduct appropriate analysis 5
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  7. 7.  The Origins and Drivers of Business Intelligence  Organizations are being compelled to capture, understand, and harness their data to support decision making in order to improve business operations  Managers need the right information at the right time and in the right place 7
  8. 8.  BI’s Architecture and Components  Data Warehouse  Business Analytics ▪ Automated decision systems  Performance and Strategy 8
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  10. 10.  BI’s Architecture and Components  Data Warehouse ▪ Originally, included historical data that were organized and summarize, so end users could easily view or manipulate data and information ▪ Today, some data warehouses include current data as well, so they can provide real time decision support 10
  11. 11.  BI’s Architecture and Components  Data Warehouse ▪ Create a database infrastructure that is always online and that contains all the information from the OLTP systems, including historical data, but reorganized and structured in such a way that it is fast and efficient for querying, analysis, and decision support 11
  12. 12.  BI’s Architecture and Components  Business Analytics ▪ Reporting and queries ▪ Advanced analytics ▪ Data, text and Web mining and other sophisticated mathematical and statistical tools 12
  13. 13.  BI’s Architecture and Components  Data Mining A class of information analysis based on databases that looks for hidden patterns in a collection of data which can be used to predict future behavior A process of searching for unknown relationships or information in large databases or data warehouses, using intelligent tools such as neural computing, predictive analytics techniques, or advanced statistical methods 13
  14. 14.  BI’s Architecture and Components  business (or corporate) performance management (BPM) A component of BI based on the balanced scorecard methodology, which is a framework for defining, implementing, and managing an enterprise’s business strategy by linking objectives with factual measures 14
  15. 15.  BI’s Architecture and Components  User Interface: Dashboards and Other Information Broadcasting Tools ▪ Dashboards A visual presentation of critical data for executives to view. It allows executives to see hot spots in seconds and explore the situation 15
  16. 16.  Styles of BI ▪ Report Delivery and Alerting ▪ Enterprise Reporting (dashboard, scorecard) ▪ Cube Analysis (Slice and Dice Analysis) ▪ Ad-hoc Query ▪ Statistics and Data Mining 16
  17. 17. The Benefits of BI Time savings  Faster, more accurate reporting Single version of truth Improved strategies and  Improved decision making plans  Improved customer service Improved tactical  Increased revenue decisions More efficient processes Cost savings 17
  18. 18.  The Business Value of BI  How BI Can Help ▪ Assess their readiness for meeting the challenges posed by these new business realities ▪ Take a holistic approach to BI functionality ▪ Leverage best practices and anticipate hidden costs 18
  19. 19.  The Business Value of BI  Key Issues and Framework for BI Analysis ▪ How can enterprises maximize their BI investments? ▪ What BI functionality do enterprises need, and what are they using today? ▪ What are some of the hidden costs associated with BI initiatives? 19
  20. 20.  Intelligence Gathering  In order to be useful in decision making and improving the bottom line, the data must be: ▪ Cataloged ▪ Tagged ▪ Analyzed ▪ Sorted ▪ Filtered 20
  21. 21.  online transaction processing systems (OLTP) Systems that handle a company’s routine ongoing business online analytic processing (OLAP) An information system that enables the user, while at a PC, to query the system, conduct an analysis, and so on. The result is generated in seconds 21
  22. 22.  Some Theories of BI  A factory and warehouse  The information factory  Data warehousing and business intelligence  Teradata advanced analytics methodology  Oracle BI system 22
  23. 23.  The information factory view  Enterprise information factory as a way to describe how companies conduct and organize BI efforts.  A cornerstone component of that factory concept is the DW 23
  24. 24. An information factory has: Inputs  Processing of inputs  Data sources  Analysis  Acquisition  Data mining Storage  Outputs  DW  Data delivery  Data marts  BI applications 24
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  26. 26.  The Strategic Imperative of BI  Barriers to entry of a new competitor are being significantly diminished  Because of the Web revolution and increasing globalization, companies throughout the world are challenging major players in industries  The ability to deliver goods worldwide is making it easier for potential competitors to get products and services to more customers almost anywhere  Companies are finding better or less expensive suppliers all over the globe 26
  27. 27.  Competitive Intelligence (CI)  CI implies tracking what competitors are doing by gathering material on their recent and in-process activities  Competitive strategy in an industry ▪ low-cost leader ▪ market niche  Sustaining competitive advantage through building brand and customer loyalty using BI applications 27
  28. 28.  The Typical BI User Community  IT staff  Power users ▪ a computer user who needs the fastest and most powerful computers available  Executives  Functional managers  Occasional information customers  Partners  Consumers 28
  29. 29.  Real-time, On-Demand BI Is Attainable Developing or Acquiring BI Systems Justification and Cost/Benefit Analysis Security and Protection of Privacy Integration of Systems and Applications 29
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