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Business Intelligence: Effective Decision Making

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Data is not in a form that is useful to decision-makers. Not easy to review ... Televised, DVDs, online for homework, exams. Hybrid: Meet once a week, the rest online ... – PowerPoint PPT presentation

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Title: Business Intelligence: Effective Decision Making


1
Business IntelligenceEffective Decision Making
  • Bellevue College

Linda Rumans IT Instructor, Business
Division Bellevue College lrumans_at_bellevuecollege.
edu
2
Current Status
What do I do???
How do I increase sales????
How do I make my product better???
Business Users
Mountains of Data
3
Mountains of Data
  • From Operational Systems
  • ERP (Enterprise Resource Planning)
  • Sales/Order
  • Inventory
  • Customer Relationship Management (CRM)
  • Web Sites
  • Orders
  • Click-stream

4
Mountains of Data
  • Organizations have lots of data
  • Data is not in a form that is useful to
    decision-makers
  • Not easy to review
  • Not informative nor insightful

5
Todays Information Flow
  • Business in 90s invested in transactional
    systems
  • Supply Chain Management (SCM)
  • Customer Relationship Management (CRM)
  • Enterprise Resource Planning (ERP)
  • Manufacturing Resource Planning (MRP)
  • Finance (budget, forecasting and reporting)

6
Proliferation of Data
Operations
Sales
Finance
Procure- ment
Reporting Layer
Transaction Layer
MRP
SCM
CRM
Finance
Silos of data by functional area
7
Data from Disparate Sources
Sales
Sales
Sales
Sales
Reporting Layer
Transaction Layer
Region A
Region B
Div 2
Div 1
Silos of data within large organizations
8
Business Intelligence
  • Business is now investing in Business
    Intelligence
  • Business Intelligence is about making effective
    business decisions

9
What is BI?
  • The process by which an organization
  • manages large amounts of data, extracting
    pertinent information, and turning that
    information into knowledge upon which actions can
    be taken.

10
What is BI?
  • Business intelligence (BI) is a broad category of
    application programs and technologies for
    gathering, storing, analyzing, and providing
    access to data to help enterprise users make
    better business decisions.

11
BI
  • Involves PEOPLE and Technology
  • Involves using a rational approach to management
  • Involves a continuous cycle of measurement,
    adjustment re-measurement

12
The BI Cycle
Analysis
Insight
BI
Measurement
Action
start
13
Reasons for BI
  • BI enables organizations to make well informed
    business decisions and gain competitive
    advantage.
  • BI enables organizations to use information to
    quickly and constantly respond to changes.

14
Benefits of BI
  • Improved performance based upon timely and
    accurate information
  • Elimination of guesswork
  • Expedited decision making
  • Early visibility of changes
  • Customer buying patterns
  • Supply chain activity
  • Financial arrangements

15
Benefits of BI
  • Single Version of the truth
  • Accurate, timely data available to all levels of
    the organization

16
To Note
  • Although we call it Business Intelligence, the
    concepts and techniques are applicable to almost
    any organization including those in health care,
    biotech, education, government

17
BI Activities
  • BI applications include the activities of
  • decision support,
  • query and reporting,
  • online analytical processing (OLAP),
  • statistical analysis,
  • forecasting, and
  • data mining.

18
BI Users
  • There are many different users who can benefit
    from business intelligence
  • Executives
  • Business Decision Makers
  • Information Workers
  • Line Workers
  • Analysts

19
BI Solutions-How to make it happen
  • Two main components
  • Data Consolidation and Storage
  • Data Retrieval, Analysis and Presentation

20
BI Curriculum
  • Multi-Dimensional Analysis
  • Data Warehousing
  • Data Mining
  • Dimensional Modeling
  • Data Visualization

21
The Problem
How do I retain customers?
How do I increase sales????
GAP
How do I make my product better???
Business People
Mountains of Data
22
Bridging the Gap
  • Need data storage structures to facilitate fast
    analysis of huge volumes of data
  • Need software to provide access to the data,
    allow flexible manipulation, and provide
    meaningful presentation

23
Data Storage Structures
  • Multi-Dimensional Databases
  • Cubes

24
Multi-Dimensional Databases
  • Measures
  • Any quantitative expression
  • Some are designated as Key Performance
    Indicators (KPI)
  • Appropriate to the business process.
  • Dimensions
  • How we describe the measures Product/Customer/R
    egion/Time
  • These are the Bys
  • What were our Customer Sales by Product Line by
    Region by Quarter for the past two years?.

25
Logical Structure
26
Multi-Dimensional Databases (Cubes)
Multi-Dimensional Database (Cube)
Business Intelligence Programs
Data Warehouse
ODS
ODS
ODS
Relational Database Programs
ODS Operational Data Store
27
Multi-Dimensional Databases
Multi-Dimensional Database (Cube)
28
Software Applications
Business Person
Reporting Applications
Multi-Dimensional Database (Cube)
Business Person
Analytic Applications
Score Cards Dashboards
Business Person
29
Analytics
  • Reporting Applications
  • Limited user interaction
  • Fulfill a significant portion of an
    organizations information needs
  • Analytic Applications
  • Allow users to visualize and explore data
    following their train of thought
  • Extensive interactivity

30
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31
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32
Analytic Application
33
Summary
  • Students learn to
  • Create multi-dimensional databases
  • Create professional quality reports
  • Use analytics to provide in-depth data analysis

34
Data Warehousing
  • Designing a Data Warehouse

35
Data Warehouse Topics
  • Decision Support Systems
  • history
  • Requirements Gathering
  • Where data located, owners, definition, how often
    updated
  • Data Analysis
  • Determine for table structures

36
Data Warehouse
  • ETL Processes Deliverables
  • Cleaning Conforming
  • Valid, missing
  • Address, gender
  • Schemas
  • Dimension Tables
  • Fact Tables

37
Data Consolidation Storage
Customers Sales Procurement Suppliers
Operations Finance
Shared Reporting
Shared Data Layer
Data Warehouse
Transaction Layer
MRP
CRM
SCM
Finance
  • Operations and financial information is shared
    across the organization from same core data

38
Data Warehouses
Multi-Dimensional Database (Cube)
Data Warehouse
ODS
ODS
ODS
ODS Operational Data Store
39
How is data consolidated?
  • This is difficult!!!!!
  • Data is often spread across multiple systems,
    stored in different formats, and may even be
    localized for different countries

40
Transforming Data
  • Data must be transformed for consistency and
    meaning
  • Transformations may be as simple as copying
    columns or may be incredibly complex
  • Common transformations include
  • Hard-coded changes (T to 1)
  • Looking up values in a table (mapping a customer
    number across disparate systems)
  • Inserting dummy records and mapping them to
    unknowns (inserting an Unknown customer)

41
Cleansing Data
  • Data must be cleansed to be meaningful
  • All companies have bad data in their systems
  • Data may be missing
  • Data may be inconsistent
  • Data may be wrong

42
Data Warehouses
  • ETL (extract, transform and load) processes are
    needed to create data warehouses
  • This is an arduous and technical process that can
    account for a large percentage of a BI project
    cost!!!!

43
Data Mining
44
Data Mining
  • The process of identifying patterns in data
  • Goes beyond simple querying of the database
  • Goes beyond multi-dimensional database queries as
    well

45
Data Mining
  • Data Mining works for problems like
  • Develop a general profile for credit card
    customers
  • Differentiate individuals who are poor credit
    risks
  • Determine what characteristics differentiate male
    female investors.

46
Data Mining vs. Data Query
  • Use data query if you already almost know what
    you are looking for.
  • Use data mining to find regularities in data
    that are not obvious.

47
Data Mining Applications
  • Fraud detection
  • Targeted Marketing
  • Risk Management
  • Business Analysis

48
Origins of Data Mining
  • Mathematics
  • Statistics
  • Numerical Analysis
  • Artificial Intelligence/Machine Learning
  • Computer Science
  • Data Storage and Manipulation

49
How does Data Mining work?
  • Uses induction-based learning
  • The process of forming general concept
    definitions by observing specific examples of
    concepts to be learned.

50
How does Data Mining work?
NOT What-Cha-Ma-Call-Its
What-Cha-Ma-Call-Its
51
How does Data Mining work?
Which of these are What-Cha-Ma-Call-Its?
52
Data Mining Process
List of Customers -some bicycle buyers
-some not
Data Mining Software
Model
List of Likely Buyers
List of Prospective Buyers
Model
53
Overview of Mining Strategies
Note This representation is over-simplified and
data mining strategies are continually being
invented.
54
More on our Curriculum
55
Skills
  • Written communication
  • Problem Solving
  • Analytical
  • Troubleshooting
  • Software
  • Microsoft SQL Server Management Studio
  • SQL Server BI Development Studio
  • SQL Server Reporting Services
  • Pro Clarity

56
Delivery Methods
  • Online Distance Education, reaches wider market
  • Telecourse tremendous effort to create, but once
    created easy to deliver
  • Televised, DVDs, online for homework, exams
  • Hybrid Meet once a week, the rest online
  • On campus evenings only

57
Delivery Methods
  • Use of Camtasia for
  • Software demonstrations
  • PowerPoint lectures
  • Pod casting

58
Certificates
  • Business Intelligence Analyst (5 classes)
  • Multi-dimensional analysis, data warehousing,
    data mining, statistics, general business
  • 2 quarters full-time/ 3 quarters part-time
  • Business Intelligence Developer (4 additional
    classes)
  • Dimensional modeling, data visualization,
    multi-dimensional II, data warehousing II (more
    programming with SQL Server)
  • Web site www.bcc.ctc.edu/bi

59
Certificates
  • Relational Database Analyst (6 classes)
  • SA D, programming, reporting, spreadsheets, db
    theory
  • 2 quarters full-time/ 3 quarters part-time
  • Relational Database Developer (3 additional
    classes)
  • Programming, SQL, group processes
  • Web site www.bcc.ctc.edu/bi

60
Jobs
  • Business Analyst
  • Data Analyst
  • Functional Analyst
  • Marketing Analyst

61
Jobs
  • Report Developer
  • Data Modeler
  • ETL Developer
  • Data Architect
  • Data Warehouse Designer
  • Data Warehouse Developer
  • Data Warehouse Administrator
  • Database Administrator

62
Jobs
  • Business Intelligence Consultant
  • Business Intelligence Developer
  • Business Intelligence Analyst
  • Business Intelligence Project Team Member

63
Jobs
  • One of the fastest growing segments of IT
  • Less likely to be outsourced
  • May exist in business units rather than IT
  • Knowledge/understanding of the organization is key

64
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