Chapter 1 The Data Communication Industry - PowerPoint PPT Presentation

About This Presentation
Title:

Chapter 1 The Data Communication Industry

Description:

Challenge & solution to business-oriented data communication analysis ... Ergonomics. Flexibility. Terminology. Local exchange carrier (LEC) ... – PowerPoint PPT presentation

Number of Views:50
Avg rating:3.0/5.0
Slides: 24
Provided by: nancy1
Learn more at: https://www.csus.edu
Category:

less

Transcript and Presenter's Notes

Title: Chapter 1 The Data Communication Industry


1
Chapter 1The Data Communication Industry
  • The best way to approach data communication
  • The data communication industry
  • Challenge solution to business-oriented data
    communication analysis

2
The Best Way to Approach Data Communication
  • Never know everything in the field
  • Honest about your knowledge
  • Consult with expertise
  • Lifelong learning

3
Data Communication Industry
  • General concept
  • Terminology
  • History
  • Regulation
  • Deregulation
  • Standard
  • Driving forces

4
General Concept - I
  • Data communication
  • The encoded transmission of data (voice, data,
    video) via electrical, optical or wireless means
    between computers or network processor
  • Benefits
  • Delivering data information
  • Real time
  • Distance
  • Competitive advantages

5
General Concept - II
  • Components
  • Source (Transmitter)
  • Medium (Communication Line)
  • Sink (Receiver)
  • Communication networks
  • Communication rules (protocols)

6
General Concept - III
  • Selection Criteria
  • Availability - time
  • Reliability - hardware software
  • Online and real-time
  • Response time
  • User interface
  • Ergonomics
  • Flexibility

7
Terminology
  • Local exchange carrier (LEC)
  • Regional Bell Operating Company (RBOCs)
  • Inter-exchange carrier (IXC)
  • Public switched network
  • Central office (CO)
  • Local access transport area (LATA)
  • Intra LATA (Local Calls)
  • Inter LATA (Long-Distance Calls)
  • Point of present (POP)
  • Competitive access providers (CAPs)

8
History
  • Telegraph
  • Telephone
  • Computer
  • Transistor
  • Large-Scale Integrated Circuits
  • Satellite

9
Regulation Agencies
  • Federal Communication Commission (FCC)
  • Public Utility Commission (PUC) or Public Service
    Commission (PSC)

10
Reasons for Regulation
  • Universality or compatibility
  • Protection
  • Interference
  • Duplication
  • Infrastructure

11
Subjects of Regulation
  • Installation operation
  • Price
  • Profit
  • Tariffs
  • Duration
  • Amount of Data
  • Minimum Service Charge
  • Flat Rate

12
Deregulation
  • Interconnect industry
  • Caterfone decision (1968)
  • MCI decision (1969)
  • Antitrust
  • Computer Inquiry I (1971)
  • Open skies policy (1971)
  • Modified Final Judgement (1982)
  • Open network architecture (1986-1987)
  • Deregulation
  • Telecommunication Act (1996)

13
Impacts of Deregulation
  • Competition
  • Better and economical service
  • New and flexible products

14
Standards - I
  • Making Organizations
  • International Telecommunications
    Union-Telecommunication Standardization Section
    (ITU-T) (Consultative Committee on International
    Telephones and Telegraph (CCITT))
  • International Standards Organization (ISO)
  • American National Standard Institute (ANSI)
  • Electrical Industries Association (EIA)
  • National Institute of Standards and Technology
    (NIST)
  • Institute of Electrical and Electronic Engineers
    (IEEE)

15
Standards -II
  • Concepts
  • Rules for Compatibility
  • Open System
  • Specify How

16
Standards - III
  • Needs
  • Complex communication systems
  • Maintenance and future growth
  • Connectivity between network devices
  • Distributed processing systems
  • Diagnostic and performance management

17
Standards - IV
  • Pros
  • Compatibility between vendors
  • Fewer products
  • Cons
  • Slow processing
  • Obsolescence
  • Freezing technology
  • Discouraging innovation

18
Driving Force
  • Technology push/demand pull
  • Vendors/consultants
  • Business users
  • Carriers
  • Research
  • Technology
  • Manufacturers

19
Challenges
  • Technology investment vs. productivity gains
  • Technology meets business needs
  • Complex and compatibility issues

20
Solutions - I
  • Top-down model
  • Business objectives
  • Application generates information to achieve
    objectives
  • Data needed by applications
  • Network delivery data information
  • Technology increases productivity and efficiency
  • Cost/benefit analysis

21
Solutions - II
  • Open systems interconnection (OSI) model
  • Physical
  • Data link
  • Network
  • Transport
  • Session
  • Presentation
  • Application

22
Solutions - III
  • Internet suite of protocols model
  • TCP/IP (transmission control protocol/internet
    protocol)
  • Input-processing-output (I-P-O) model

23
Assignment
  • Review Goldman chapter 1
  • Prepare activities problem no. 3 (p. 32)
  • Read Goldman chapter 2
Write a Comment
User Comments (0)
About PowerShow.com