1. MP3 / MD740 Strategy & Information Systems Oct. 13, 2004 Databases & the Data Asset, Types of Information Systems, Artificial Intelligence

2. Topics Covered Data & Information Data Warehousing Leveraging Data –Harrah’s –Business Intelligence Types of Information Systems –TPS, MIS, DSS Artificial Intelligence –Expert Systems, Neural Networks, Genetic Algorithms

3. Data, Information, & Knowledge Data - raw facts, figures, and details. Information - organized, meaningful, and useful interpretation of data. Has a context, answers a question. Knowledge - an awareness and understanding of a set of information and how that information can be put to best use. Many firms are data rich and info poor: victims of an old or poorly planned architecture

4. Examples of Data, Information, & Knowledge Data: raw, no context Information: meaningful, has context Post lowered its prices after the first quarter. Price change has caused Post sales to rise at the expense of Kellogg’s Knowledge: information above & other information creates an awareness of impact

5. Warehouses & Marts Data Warehouse –a database designed to support decision-making in an organization. It is structured for fast online queries and exploration. Data warehouses may aggregate enormous amounts of data from many different operational systems. Data Mart –a database focused on addressing the concerns of a specific problem or business unit (e.g. Marketing, Engineering). Size doesn’t define data marts, but they tend to be smaller than data warehouses.

6. Data Warehouses & Data Marts TPS & other operational systems Data Warehouse Data Mart (Marketing) Data Mart (Engineering) 3rd party data = query, OLAP, mining, etc. = operational clients

7. Differing System Demands network traffic & processor demands time network traffic & processor demands time Managerial Systems Operational Systems

10. “Let the neighbors lure tourists with knights on horseback, fiery volcanoes, pirate ships, and mini-Manhattans. We’ll just keep refining what we’re already pretty good at: drilling into our data and making sure our regular customers are more than satisfied.” - Gary Loveman, CEO, Harrah’s

12. Types/Classifications of Information Systems

13. Transaction Processing Systems (TPS) A shared IS that uses a combination of IT and manual procedures to process data and information and to manage transactions. Examples: Cash Registers (POS), ATM Characteristics: –transactions are similar & repeatable –support multiple users in routine, everyday transactions (usually tactical systems) –data capture with possible report generation –accuracy is critical, TPS “feed” other IS

14. Reporting Systems - MIS Sometimes called Management Reporting Systems or Management Information Systems Characteristics –use data captured and stored from TPS –reports consolidated information rather than details of transactions –supports reoccurring decisions –provides reports in pre-specified formats (on screen, printed, or data)

15. Decision Support Systems (DSS) Allow users interrogate computers on an ad hoc basis, analyze information, and predict the impact of decisions before they are made. [key: unstructured, user-led exploration] Characteristics –Assists in ad-hoc decision making –Used when requirements, processes, or procedures are unstructured & aren’t known in advance –Provides info needed to define & solve a problem –Provides information in format determined at time of need

16. Management Levels & IS Strategic Planning Management Control Operational Control DSS MIS TPS

17. Expert Systems (ES) An artificial intelligence system that uses captured human expertise to evaluate and solve problems Characteristics: –diagnosis, configuration, and/or recommend a course of action –problems are structured and repeatable –application scope is limited to a particular problem area (domain)

18. Other Types of Artificial Intelligence (AI) Neural Networks –hunt for patterns in historical data –build their own expertise based on prior history –require clean data & consistency between performance history and future events Genetic Algorithms –search for optimal solutions based on natural selection: (1) propose solution (2) evaluate results against earlier solution (3) mutate & return to step 1

19. Keane’s Space Truss Design