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    Lecture-3:

    Decision Support SystemsConcepts, Methodologies, and

    Technologies: An Overview

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    DSS Characteristics and Capabilities

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    DSS Characteristics and Capabilities

    Business analytics implies the use of modelsand data to improve an organization'sperformance and/or competitive posture

    Web analytics implies using business analyticson real-time Web information to assist indecision making; often related to e-Commerce

    Predictive analytics describes the businessanalytics method of forecasting problems andopportunities rather than simply reportingthem as they occur

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    Classification of DSS

    Communication-driven DSS

    Model-driven DSS

    Data-driven DSS

    Document-driven DSs

    Knowledge-driven DSS, datamining and management ESapplications

    (AI SIGDSS-Association for Information Systems SpecialInterest Group On Decision Support Systems)

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    Communication-driven andGroup DSS (GSS)

    Most communications-driven DSSs aretargeted at internal teams, including partners.

    Its purpose are to help conduct a meeting, or

    for users to collaborate. The most common technology used to deploy

    the DSS is a web or client server.

    Examples: chats and instant messagingsoftware, online collaboration and net-meeting systems.

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    Model-driven DSS Data-driven DSS

    User interacts primarily with a(mathematical) model and its results

    User interacts primarily with thedata(DW)

    Helps to solve well-defined andstructured problem (what-if-analysis)

    Helps to solve mainly unstructuredproblems

    Contains in general various and complexmodels

    Contains in general simple models

    Large amounts of data are not necessary Large amounts of data are crucial

    Helps to understand the impact ofdecisions on organizations

    Helps to prepare decisions by showingdevelopments in the past and byidentifying relations or patterns

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    Document-driven DSS

    The main objective of DD DSS is to provide support fordecision making using documents in various forms: Oral,written, and multimedia

    DD DSS rely on knowledge coding,analysis,search and

    retrieval for decision support.

    The Text Based DSS and most KMS fall into this category.

    The purpose of such a DSS is to search web pages andfind documents on a specific set of keywords or search

    terms.

    The usual technology used to set up such DSSs are via theweb or a client/server system. Examples: Most KMS

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    Knowledge-driven DSS:

    Involves application of knowledge technologies toaddress specific decision support needs.

    All AI based DSS fall into this category.ANN and ESare included here.

    It is also called Intelligent DSS or Knowledge basedDSS.

    These DSS are utilized in the creation of automateddecision making systems (ADSS).

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    DSS Classifications

    Holsapple and Whinston's Classification1. The text-oriented DSS are the same as document-driven

    DSS.

    2. The database-oriented DSS are the data driven DSS.

    3. The spreadsheet-oriented DSS is another form ofmodel-driven DSS.

    4. The solver-oriented DSS maps directly into the model-driven DSS.

    5. The rule-oriented DSS (include most knowledge-drivenDSS, data mining, management, and ES applications)

    6. The compound DSS integrates two or more of thosecited above.

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    DSS Classifications

    Alter's Output ClassificationOrientation Category Type of Operation

    Data File drawer systems Access data items

    Data analysis systems Ad hoc analysis of data files

    Data or

    models

    Analysis information

    systems

    Ad hoc analysis involving

    multiple databases and small

    models

    Models Accounting models Standard calculations thatestimate future results on the

    basis of accounting definitions

    Optimization models Calculating an optimal solution to

    a combinatorial problem

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    Institutional and ad-hoc DSS

    Institutional :It deals with decisions of arecurring nature. Ex. Portfolio ManagementSystem(PMS).It is used repeatedly to solve

    identical or similar problems or recurringproblem.

    Ad hoc DSS: It deals with specific

    problems that are usually neitheranticipated nor recurring.It involvesstrategic planning issues.

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    DSS Configurations

    Many configurations exist; based on

    management-decision situation

    specific technologies used for support

    DSS have three basic components

    1. Data

    2. Model

    3. User interface

    4. (+ optional) Knowledge

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    DSS Configurations

    Each component

    has severalvariations; are

    typically deployedonline

    Managed by acommercial of

    custom software Typical types:

    Model-oriented DSS

    Data-oriented DSS

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    A Web-Based DSS Architecture

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    DSS Components and Web Impacts

    Impacts of Web to DSS

    Data management via Web servers

    Easy access to variety of models, tools

    Consistent user interface (browsers)

    Deployment to PDAs, cell phones, etc.

    DSS impact on Web

    Intelligent e-Business/e-Commerce

    Better management of Web resources andsecurity,

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    Components of DSS

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    Components of DSS

    Data Management Subsystem Includes the database that contains the data

    Database management system (DBMS)

    Can be connected to a data warehouse

    Model Management Subsystem

    Model base management system (MBMS)

    User Interface Subsystem

    Knowledgebase Management Subsystem

    Organizational knowledge base

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    DSS Components1-Data Management Subsystem

    DSS database

    DBMS

    Data directory Query facility

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    Database Management SubsystemKey Data Issues

    Data quality

    Garbage in/garbage out" (GIGO)

    Data integration

    Creating a single version of the truth

    Scalability

    Data Security

    Timeliness

    Completeness,

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    10 Key Ingredients of Data(Information) Quality Management

    1. Data quality is a business problem, not onlya systems problem

    2. Focus on information about customers and

    suppliers, not just data3. Focus on all components of data: definition,

    content, and presentation

    4. Implement data/information qualitymanagement processes, not just software tohandle them

    5. Measure data accuracy as well as validity

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    10 Key Ingredients of Data(Information) Quality Management

    6. Measure real costs (not just the percentage)of poor quality data/information

    7. Emphasize process improvement/preventive

    maintenance, not just data cleansing8. Improve processes (and hence data quality)

    at the source

    9. Educate managers about the impacts ofpoor data quality and how to improve it

    10.Actively transform the culture to one thatvalues data quality

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    DSS Components2-Model Management Subsystem

    Model base

    MBMS

    Modeling

    language

    Model directory

    Model execution,integration, and

    commandprocessor

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    DSS ComponentsModel Management Subsystem

    Model base (= database ?)

    Model Types

    Strategic models

    Tactical models

    Operational models

    Analytic models

    Model building blocks

    Modeling tools

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    DSS ComponentsModel Management Subsystem

    The four (4) functions

    1. Model creation, using programminglanguages, DSS tools and/or subroutines,

    and other building blocks2. Generation of new routines and reports

    3. Model updating and changing

    4. Model data manipulation Model directory

    Model execution, integration and command

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    DSS Components3-User Interface (Dialog) Subsystem

    Interface

    Application interface

    User Interface

    Graphical User Interface(GUI)

    DSS User Interface

    Portal

    Graphical icons

    Dashboard

    Color coding

    Interfacing with PDAs,cell phones, etc.

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    DSS ComponentsKnowledgebase Management System

    Incorporation of intelligence and expertise

    Knowledge components:

    Expert systems,

    Knowledge management systems, Neural networks,

    Intelligent agents,

    Fuzzy logic,

    Case-based reasoning systems, and so on

    Often used to better manage the other DSScomponents

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    DSS ComponentsFuture/current DSS Developments

    Hardware enhancements

    Smaller, faster, cheaper,

    Software/hardware advancements

    data warehousing, data mining, OLAP,Web technologies, integration anddissemination technologies (XML, Web

    services, SOA, grid computing, cloudcomputing, )

    Integration of AI -> smart systems

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    DSS User

    One faced with a decision that an MSS isdesigned to support

    Manager, decision maker, problem solver,

    The users differ greatly from each other Different organizational positions they occupy;

    cognitive preferences/abilities; the ways ofarriving at a decision (i.e., decision styles)

    User = Individual versus Group Managers versus Staff Specialists [staff

    assistants, expert tool users, business(system) analysts, facilitators (in a GSS)]

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    DSS Hardware

    Typically, MSS run on standard hardware

    Can be composed of mainframe computerswith legacy DBMS, workstations, personal

    computers, or client/server systems Nowadays, usually implemented as a

    distributed/integrated, loosely-coupledWeb-based systems through cloud computing

    Can be acquired from

    A single vendor

    Many vendors (best-of-breed)

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    GDSS

    (

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    GDSS(Group Decision SupportSystem)

    It is an interactive computer basedsystem that facilitates the solution ofsemi structured and unstructured

    problems by a group of decisionmakers.

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    Characteristics of GDSS

    To support process of decision makers.

    To address variety of group levelorganizational decisions.

    Encourages generation ofideas,resolution of conflicts andfreedom of expression.

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    Collaboration

    What is it?

    making joint effort towardachieving an agreed upon goal.

    Meeting is a common form ofcollaboration

    Why collaborate?

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    Why Collaborate?

    Review

    Share Work

    Share the Vision

    SocializeBuild Consensus

    Solve Problems

    Make Decisions

    Synergy

    Share Information

    Build Trust

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    Collaboration is Difficult

    Waiting to speak

    Domination

    Fear of Speaking

    MisunderstandingInattention

    Lack of Focus

    Inadequate Criteria

    Premature DecisionsMissing Information

    Distractions

    Wrong People

    Groupthink

    Poor Grasp of Problem

    Ignored AlternativesLack of Consensus

    Poor Planning

    Hidden Agendas

    ConflictInadequate Resources

    Poorly Defined Goals

    Ineffective

    Collaboration

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    Collaboration is Essential

    No one has all the Experience

    Knowledge

    Resources

    Insight, and

    Inspiration

    to do the job alone

    Bottom line:Collaboration is difficult, expensive, and yetessential for todays organizations

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    How Do People Collaborate?

    Level 1 Collected Work :

    Uncoordinated Individual Efforts

    Level 2 Coordinated Work:

    Coordinated Individual Efforts

    Level 3 Concerted Work:

    Concerted Team Effort

    Sprinters

    Relay

    3 Levels of Collaboration Capability

    Crew

    High

    Low

    Degree of

    Collaborative

    Effort

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    Joint activity Equal or near equal status

    Outcome depends on participantsknowledge, etc.

    Outcome depends on group composition

    Outcome depends on decision-makingprocess

    Disagreement settled by rank or negotiation

    Meetings (a form of collaboration)

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    Dozens of people attends

    Everyone

    talks at oncehears everything

    understands

    remembers

    The impossible dream?

    The Ideal Meeting

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    Traditional Meetings

    Only ONE person can speak at a time

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    GSS Meetings

    By using the computer everyone canSPEAK and be understood simultaneously

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    Communication Support

    Vital

    Needed for collaboration

    Modern information technologiesprovide inexpensive, fast, capable,reliable means of supportingcommunication

    Internet / Web

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    Synchronous Products(Same-Time) Asynchronous Products(Different-Time)

    Groupware Tools

    Groupware Tools: Synchronous

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    IM Videoconferencing, multimedia conferencing

    Audio conferencing

    Instant Video

    Brainstorming

    Screen sharing

    Groupware Tools: SynchronousProducts

    Groupware Tools: Asynchronous

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    Groupware Tools: AsynchronousProducts

    E-Mail

    SMS

    Chat session log

    Blogs

    A Time/Place

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    A Time/PlaceCommunication Framework

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    Lotus Notes / Domino ServerIncludes Learning Space

    Netscape Collabra Server

    Microsoft NetMeeting

    Novell Groupwise

    GroupSystems

    TCBWorks

    WebEx

    Groupware

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    Goal: to support groupwork Increase benefits / decrease losses of

    collaboration

    Based on traditional methods Nominal Group Technique

    Individuals work alone to generate ideas which are pooledunder guidance of a trained facilitator

    Delphi Method

    A structured process for collecting and distilling knowledgefrom a group of experts by means of questionnaires

    Electronic Meeting System (EMS)

    Group Support Systems

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    Process Gains: Parallelism ( simultaneous contributions )

    Larger groups can participate

    Anonymity ( promotes equal participation ) Focus on content not personalities

    Triggering ( stimulates thinking ) Synergy ( integrates ideas ) Structure ( facilitates problem solving ) Record keeping ( promotes organizational memory )

    GSS Important Features

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    Decision room

    Multiple use facility

    Web-based

    GSS Enabling Technologies

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    12 to 30 networked personal computers

    Usually recessed into the desktop

    Server PC

    Large-screen projection system Breakout rooms

    Need a Trained Facilitator for Success

    The Decision (Electronic Meeting) Room

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    GSS Meeting Process

    Iterate untilthe solution isreached

    http://www.groupsystems.com/demos/tools_sv.htmhttp://www.groupsystems.com/demos/tools_eb.htmhttp://www.groupsystems.com/demos/tools_aa.htmhttp://www.groupsystems.com/demos/tools_tc.htmhttp://www.groupsystems.com/demos/tools_go.htmhttp://www.groupsystems.com/demos/tools_vo.htmhttp://www.groupsystems.com/demos/tools_ca.htm
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    Visit a GSS Meeting

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    Step 1: Prepare an Agenda

    Prepare anagenda

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    Step 2: Collect Information

    think

    about therisks to the

    company ifthey launcha new line ofsportsdrinks

    BrainstormRisk

    Think aboutthe risks tocompany ifthey launcha new line

    of products

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    Step 3: Refine Information

    GatherAdditionalInformation

    Captureimportantissues forthe listed

    items

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    Step 4: Prioritize Options

    Prioritize RiskBased onLikelihood andImpact

    Use ofAlternativeAnalysis Ballot

    for twoCriteria

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    Step 5: Review Prioritized Options

    View andDiscussResults ofVoting

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    Step 5: Review Prioritized Options

    Chose Risksfor FurtherAnalysis

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    Step 5: Review Prioritized Options

    CollectAdditionalInput On Risks

    Collectadditionalcomments ontop three

    risks

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    Step 5: Review Prioritized Options

    ReviewComments onRisks

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    Step 6: Create an Action Plan

    Create anAction Plan

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    Step 7: Distribute Session Transcripts

    Create andDistribute aFinal Report

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    Why Successful? Parallelism

    Anonymity

    Synergy

    Structure Record keeping

    Needs Organizational commitment

    Executive sponsor

    Dedicated well-trained facilitator

    Good planning

    Last Words about GSS?

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    Collaborative Networks

    Integrated supply-chain Collaborative planning, forecasting, and

    replenishment (CPFR)

    Collaborative design and productdevelopment

    Vendor Managed Inventories

    Wal-Mart, Collective Intelligence

    Animal Intelligence (swarm intelligence)

    Collaborative Planning, Forecasting,

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    Collaborative Planning, Forecasting,and Replenishment (CPFR)

    An industry-wide project inwhich suppliers and retailerscollaborate in planning and

    demand forecasting in orderto ensure that members ofthe supply chain will have theright amount of raw materialsand finished goods when theyneed them

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    Collective Intelligence

    A shared intelligence that emerges from theintentional cooperation, collaboration, and/orcoordination of many individuals.

    Examples: Wikipedia, video games, online

    advertising, learner-generated context, In order for CI to happen:

    Openness

    Peering Sharing

    Acting globally

    For more info see

    Center for CollectiveIntelligence at MIT

    (cci.mit.edu)

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    A Taxonomy of Collective Intelligence

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    Creativity

    Is it a fundamental human trait or somethingthat can be learned?

    Definition: Creativity is a characteristic of aperson that leads to production of acts, items

    and/or instances of novelty Creativity is the product of

    a genius vs. an idea generation environment

    Creative people tend to have creative lives CREATIVITY INNOVATION

    Idea Generation via Electronic Brainstorming

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    Creativity

    What variables affects creativity1. Cognitive variables: intelligence, knowledge,

    skills, etc.

    2. Environmental variables: cultural and

    socioeconomic factors, working conditions, etc.3. Personality variables: motivation, confidence,

    sense of freedom, etc.

    Creativity is fostered by

    Freedom Permission-to-fail

    Allow and Enable rather than Structure andControl

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    Creativity

    Software that shows creativity Intelligent Agents (Softbots)

    Creativity is an intelligent behavior

    Software that facilitates human creativity ThoughtPath: promotes outside-the-box thinking

    Creative WhackPack (Creative Think): whack youout of your habitual thought process

    IdeaFisher: provides language specific

    universality - thesaurus

    Freedom, Collaboration, Prototyping

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    End of the Chapter

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