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Manufacturing

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Title: Manufacturing


1
Manufacturing
2
MANUFACTURING
3
Data Collection
  • Data feed through forms
  • Data feed through interfaces
  • Data cleaning
  • Data formatting
  • Data Storage
  • Past Data Storage and integration

4
Defining Business Requirements
  • Reports Definition
  • Frequency of Reports Definition
  • Login Control
  • Information Control
  • Reporting formats definition
  • Software and hardware available
  • Software and hardware required
  • Gap Analysis

5
Designing System Architecture
  • Creating Draft System Architecture
  • Customer Presentation
  • Customer Feedback
  • Designing Solution Architecture
  • Solution Variants
  • Generating Requirement Compliance
  • Gap Analysis

6
Agreement Document
  • Agreement Document Definition
  • Non-Disclosure Agreement
  • Pricing of Services and Payment Schedule
  • Inclusion of Service Tax and VAT/Sales Tax
  • Change Management
  • Change Pricing Mechanism
  • Commercial terms and conditions
  • Jurisdiction decision

7
Detailed Block Design
  • Detailed Block Diagram design taking all customer
    requirements
  • Creating Systems Modules
  • Creating Operating Systems Requirements
  • Operating System License Definition and pricing
  • Data Base Server Definition and User Licensing
  • Database Server Pricing
  • Hardware Requirements and hardware Pricing
  • Networking Requirements and Network Pricing

8
Data Base Design
  • Architecture of Database
  • Tables Design
  • Stored Procedures Design
  • Triggers Design
  • Interfaces Design
  • Design of Data Integration Applications
  • Design of Reporting Applications
  • Security of Database
  • Logins and passwords management
  • Web interfaces and applications design
  • Data Downloading from web database

9
Business Intelligence Applications
  • Generating Multi Dimensional Cubes
  • Generating Multiple Dimensions
  • Dimensional Analysis
  • KPIs
  • Business Intelligence Analyzing Algorithms
  • Formula Storage
  • Reports Generation

10
Systems Deployment
  • Lab tested systems are deployed on customers
    servers
  • Integration Customers existing systems
  • Total System Integration
  • System Beta Testing
  • Gap analysis
  • Design Modifications and Application Tuning
  • Re-deloyment of applications

11
Customer Training
  • Training of Customer staff
  • Training of Customer Information Technology Staff
  • Handover of Complete Systems

12
Warranty and After Sales support
  • Warranty of applications
  • After sales support for 1 year
  • Annual Maintenance Contract

13
Information required at different management
levels
14
Levels of Management Decision Making
  • Strategic management
  • Executives develop organizational goals,
    strategies, policies, and objectives
  • As part of a strategic planning process
  • Tactical management
  • Managers and business professionals in
    self-directed teams
  • Develop short- and medium-range plans, schedules
    and budgets
  • Specify the policies, procedures and business
    objectives for their subunits

15
Levels of Management Decision Making
  • Operational management
  • Managers or members of self-directed teams
  • Develop short-range plans such as weekly
    production schedules

16
Information Quality
  • Information products whose characteristics,
    attributes, or qualities make the information
    more value
  • Information has 3 dimensions
  • Time
  • Content
  • Form

17
Attributes of Information Quality
18
Decision Structure
  • Structured situations where the procedures to
    follow when a decision is needed can be specified
    in advance
  • Unstructured decision situations where it is
    not possible to specify in advance most of the
    decision procedures to follow
  • Semistructured - decision procedures that can be
    prespecified, but not enough to lead to a
    definite recommended decision

19
Information Systems to support decisions
20
Decision Support Trends
  • Personalized proactive decision analytics
  • Web-Based applications
  • Decisions at lower levels of management and by
    teams and individuals
  • Business intelligence applications

21
Business Intelligence Applications
22
Decision Support Systems
  • DSS
  • Provide interactive information support to
    managers and business professionals during the
    decision-making process
  • Use
  • Analytical models
  • Specialized databases
  • A decision makers own insights and judgments
  • Interactive computer-based modeling
  • To support semistructured business decisions

23
DSS components
24
DSS Model base
  • Model base
  • A software component that consists of models used
    in computational and analytical routines that
    mathematically express relations among variables
  • Examples
  • Linear programming models,
  • Multiple regression forecasting models
  • Capital budgeting present value models

25
Management Information Systems
  • MIS
  • Produces information products that support many
    of the day-to-day decision-making needs of
    managers and business professionals
  • Prespecified reports, displays and responses
  • Support more structured decisions

26
MIS Reporting Alternatives
  • Periodic Scheduled Reports
  • Prespecified format on a regular basis
  • Exception Reports
  • Reports about exceptional conditions
  • May be produced regularly or when exception
    occurs
  • Demand Reports and Responses
  • Information available when demanded
  • Push Reporting
  • Information pushed to manager

27
Online Analytical Processing
  • OLAP
  • Enables mangers and analysts to examine and
    manipulate large amounts of detailed and
    consolidated data from many perspectives
  • Done interactively in real time with rapid
    response

28
OLAP Analytical Operations
  • Consolidation
  • Aggregation of data
  • Drill-down
  • Display detail data that comprise consolidated
    data
  • Slicing and Dicing
  • Ability to look at the database from different
    viewpoints

29
OLAP Technology
30
Geographic Information Systems
  • GIS
  • DSS that uses geographic databases to construct
    and display maps and other graphics displays
  • That support decisions affecting the geographic
    distribution of people and other resources
  • Often used with Global Position Systems (GPS)
    devices

31
Data Visualization Systems
  • DVS
  • DSS that represents complex data using
    interactive three-dimensional graphical forms
    such as charts, graphs, and maps
  • DVS tools help users to interactively sort,
    subdivide, combine, and organize data while it is
    in its graphical form.

32
Using DSS
  • What-if Analysis
  • End user makes changes to variables, or
    relationships among variables, and observes the
    resulting changes in the values of other
    variables
  • Sensitivity Analysis
  • Value of only one variable is changed repeatedly
    and the resulting changes in other variables are
    observed

33
Using DSS
  • Goal-Seeking
  • Set a target value for a variable and then
    repeatedly change other variables until the
    target value is achieved
  • How can analysis
  • Optimization
  • Goal is to find the optimum value for one or more
    target variables given certain constraints
  • One or more other variables are changed
    repeatedly until the best values for the target
    variables are discovered

34
Data Mining
  • Main purpose is to provide decision support to
    managers and business professionals through
    knowledge discovery
  • Analyzes vast store of historical business data
  • Tries to discover patterns, trends, and
    correlations hidden in the data that can help a
    company improve its business performance
  • Use regression, decision tree, neural network,
    cluster analysis, or market basket analysis

35
Market Basket Analysis
  • One of most common data mining for marketing
  • The purpose is to determine what products
    customers purchase together with other products

36
Executive Information Systems
  • EIS
  • Combine many features of MIS and DSS
  • Provide top executives with immediate and easy
    access to information
  • About the factors that are critical to
    accomplishing an organizations strategic
    objectives (Critical success factors)
  • So popular, expanded to managers, analysts and
    other knowledge workers

37
Features of an EIS
  • Information presented in forms tailored to the
    preferences of the executives using the system
  • Customizable graphical user interfaces
  • Exception reporting
  • Trend analysis
  • Drill down capability

38
Enterprise Interface Portals
  • EIP
  • Web-based interface
  • Integration of MIS, DSS, EIS, and other
    technologies
  • Gives all intranet users and selected extranet
    users access
  • To a variety of internal and external business
    applications and services
  • Typically tailored to the user giving them a
    personalized digital dashboard

39
Enterprise Information Portal Components
40
Knowledge Management Systems
  • The use of information technology to help gather,
    organize, and share business knowledge within an
    organization
  • Enterprise Knowledge Portals
  • EIPs that are the entry to corporate intranets
    that serve as knowledge management systems

41
Enterprise Knowledge Portals
42
Case 2 Artificial IntelligenceThe Dawn of the
Digital Brain
  • Numenta will translate the way the brain works
    into an algorithm that can run on a new type of
    computer
  • The human brain does not work like a computer
  • Intelligence, according to Hawkins, is pattern
    recognition

43
Artificial Intelligence (AI)
  • A field of science and technology based on
    disciplines such as computer science, biology,
    psychology, linguistics, mathematics, and
    engineering
  • Goal is to develop computers that can simulate
    the ability to think, as well as see, hear, walk,
    talk, and feel

44
Attributes of Intelligent Behavior
  • Think and reason
  • Use reason to solve problems
  • Learn or understand from experience
  • Acquire and apply knowledge
  • Exhibit creativity and imagination
  • Deal with complex or perplexing situations
  • Respond quickly and successfully to new
    situations
  • Recognize the relative importance of elements in
    a situation
  • Handle ambiguous, incomplete, or erroneous
    information

45
Domains of Artificial Intelligence
46
Cognitive Science
  • Based in biology, neurology, psychology, etc.
  • Focuses on researching how the human brain works
    and how humans think and learn

47
Robotics
  • Based in AI, engineering and physiology
  • Robot machines with computer intelligence and
    computer controlled, humanlike physical
    capabilities

48
Natural Interfaces
  • Based in linguistics, psychology, computer
    science, etc.
  • Includes natural language and speech recognition
  • Development of multisensory devices that use a
    variety of body movements to operate computers
  • Virtual reality
  • Using multisensory human-computer interfaces that
    enable human users to experience
    computer-simulated objects, spaces and worlds
    as if they actually exist

49
Expert Systems
  • ES
  • A knowledge-based information system (KBIS) that
    uses its knowledge about a specific, complex
    application to act as an expert consultant to end
    users
  • KBIS is a system that adds a knowledge base to
    the other components on an IS

50
Expert System Components
  • Knowledge Base
  • Facts about specific subject area
  • Heuristics that express the reasoning procedures
    of an expert (rules of thumb)
  • Software Resources
  • Inference engine processes the knowledge and
    makes inferences to make recommend course of
    action
  • User interface programs to communicate with end
    user
  • Explanation programs to explain the reasoning
    process to end user

51
Expert System Components
52
Methods of Knowledge Representation
  • Case-Based knowledge organized in form of cases
  • Cases examples of past performance, occurrences
    and experiences
  • Frame-Based knowledge organized in a hierarchy
    or network of frames
  • Frames entities consisting of a complex package
    of data values

53
Methods of Knowledge Representation
  • Object-Based knowledge organized in network of
    objects
  • Objects data elements and the methods or
    processes that act on those data
  • Rule-Based knowledge represented in rules and
    statements of fact
  • Rules statements that typically take the form
    of a premise and a conclusion
  • Such as, If (condition) then (conclusion)

54
Expert System Benefits
  • Faster and more consistent than an expert
  • Can have the knowledge of several experts
  • Does not get tired or distracted by overwork or
    stress
  • Helps preserve and reproduce the knowledge of
    experts

55
Expert System Limitations
  • Limited focus
  • Inability to learn
  • Maintenance problems
  • Developmental costs
  • Can only solve specific types of problems in a
    limited domain of knowledge

56
Suitability Criteria for Expert Systems
  • Domain subject area relatively small and
    limited to well-defined area
  • Expertise solutions require the efforts of an
    expert
  • Complexity solution of the problem is a complex
    task that requires logical inference processing
    (not possible in conventional information
    processing)
  • Structure solution process must be able to cope
    with ill-structured, uncertain, missing and
    conflicting data
  • Availability an expert exists who is articulate
    and cooperative

57
Development Tool
  • Expert System Shell
  • Software package consisting of an expert system
    without its knowledge base
  • Has inference engine and user interface programs

58
Knowledge Engineer
  • A professional who works with experts to capture
    the knowledge they possess
  • Builds the knowledge base using an iterative,
    prototyping process

59
Neural Networks
  • Computing systems modeled after the brains
    mesh-like network of interconnected processing
    elements, called neurons
  • Interconnected processors operate in parallel and
    interact with each other
  • Allows network to learn from data it processes

60
Fuzzy Logic
  • Method of reasoning that resembles human
    reasoning
  • Allows for approximate values and inferences and
    incomplete or ambiguous data instead of relying
    only on crisp data
  • Uses terms such as very high rather than
    precise measures

61
Genetic Algorithms
  • Software that uses
  • Darwinian (survival of the fittest), randomizing,
    and other mathematical functions
  • To simulate an evolutionary process that can
    yield increasingly better solutions to a problem

62
Virtual Reality (VR)
  • Computer-simulated reality
  • Relies on multisensory input/output devices such
    as
  • a tracking headset with video goggles and stereo
    earphones,
  • a data glove or jumpsuit with fiber-optic sensors
    that track your body movements, and
  • a walker that monitors the movement of your feet

63
Intelligent Agents
  • A software surrogate for an end user or a process
    that fulfills a stated need or activity
  • Uses its built-in and learned knowledge base
  • To make decisions and accomplish tasks in a way
    that fulfills the intentions of a user
  • Also called software robots or bots

64
User Interface Agents
  • Interface Tutors observe user computer
    operations, correct user mistakes, and provide
    hints and advice on efficient software use
  • Presentation show information in a variety of
    forms and media based on user preferences
  • Network Navigation discover paths to
    information and provide ways to view information
    based on user preferences
  • Role-Playing play what-if games and other roles
    to help users understand information and make
    better decisions

65
Information Management Agents
  • Search Agents help users find files and
    databases, search for desired information, and
    suggest and find new types of information
    products, media, and resources
  • Information Brokers provide commercial services
    to discover and develop information resources
    that fit the business or personal needs of a user
  • Information Filters receive, find, filter,
    discard, save, forward, and notify users about
    products received or desired
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