BA 471 – Telecommunications and Networking Dr. V.T. Raja Oregon State University Spring 2007.

Slides:

Advertisements

Similar presentations

Telecommunications and Mobile Commerce

Advertisements

Introduction© Dr. Ayman Abdel-Hamid, CS4254 Spring CS4254 Computer Network Architecture and Programming Dr. Ayman A. Abdel-Hamid Computer Science.

Introduction to Networking V.T. Raja, PhD James R. Coakley, PhD BA 572 – Advanced Information Systems.

Computers Are Your Future © 2006 Prentice-Hall, Inc.

Communication Links Communication Link = Physical connection or Physical Medium Types: Wire Pair or Twisted Pair Coaxial Cable Fiber Optics Bandwidth,

Telecommunications and Networking Dr. V.T. Raja Oregon State University Summer 2007.

BA 471 – Telecommunications and Networking Dr. V.T. Raja Oregon State University

1 Chapter 7 Networking: Computer Connections. Basic Components of a Network Sending device Communications link Receiving device.

BA 471 – Telecommunications and Networking Dr. V.T. Raja Oregon State University

BA 471 – Telecommunications and Networking Dr. V.T. Raja Oregon State University

BA Telecommunications and Networking Dr. V.T. Raja Oregon State University

Introduction to Networking James R. Coakley, PhD OEMBA Information Systems.

Communications and Networks Chapter 6. Objectives Defines the components required for successful communications Describe uses of communications Identify.

Chapter 8 COMMUNICATION AND COMPUTER NETWORK

Information Technology in Business: Telecommunications, Networks and Internet Basics.

Chapter 1: Overview Lecturer: Alias Mohd Telecommunications Department Faculty of Electrical Engineering UTM SET 4573: Data Communication and Switching.

Lead Black Slide Powered by DeSiaMore1. 2 Chapter 6 Information System Networks and the Internet.

Communications & Networks

LANs Cabling Topologies Segments and bridges Switches and routers.

Laudon & Laudon: Canadian Edition

Networks and Communications.

Telecommunications and Networks Chapter 6 – Understanding Technology (Third Edition)

Networks and Telecommunications Strategies Dr. Robert Chi Chair and Professor, IS department Chief editor, Journal of Electronic Commerce Research.

Networks and Telecommunications Strategies Dr. Robert Chi Chair and Professor, IS department Chief editor, Journal of Electronic Commerce Research.

Networking Computer network A collection of computing devices that are connected in various ways in order to communicate and share resources Usually,

Local Area Network By Bhupendra Ratha, Lecturer

ACM 511 Chapter 2. Communication Communicating the Messages The best approach is to divide the data into smaller, more manageable pieces to send over.

CS.5 Computer Communication and Networking By Rico Yu.

Module 2: Information Technology Infrastructure

1 California State University, Fullerton Chapter 6 Information System Networks and the Internet.

7/12: Ch. 6 Telecommunications Business Value of Telecommunications Trends –Industry –Technology –Application Internet applications Network models –WANs,

15-1 Networking Computer network A collection of computing devices that are connected in various ways in order to communicate and share resources.

Data Communications & Computer Networks, Second Edition1 Chapter 3 The Media: Conducted and Wireless.

Chapter 8 ITE 1 Basic Networking ITE 1 Basic Networking.

Chapter 1 Communication Networks and Services Network Architecture and Services.

Telecommunications, the Internet, and Wireless Technology.

TRANSMISSION MEDIA Network Administration and Maintenance.

First, by sending smaller individual pieces from source to destination, many different conversations can be interleaved on the network. The process.

BA 471 – Telecommunications and Networking Dr. V.T. Raja Oregon State University As presented in Dr. Marshall’s BA471 class, Winter.

Chapter 4 Telecommunications and Networking The McGraw-Hill Companies, Inc All rights reserved. Irwin/McGraw-Hill.

3/20: Telecommunications & Networking What is telecommunications? The hardware: physical components of telecommunications, inc. channels Standards: agreements.

OSI means Open System Interconnect model. OSI means Open System Interconnect model. Developed by the International Organization for Standardization in.

Networks Network Components. Learning Objectives Describe different media for transmitting data and their carrying capabilities. Explain the different.

Computers Are Your Future © 2008 Prentice-Hall, Inc.

TOPIC 1.2 INTRODUCTION TO NETWORKING. OBJECTIVES By the end of the topic, students should be able to: a) List the elements of data communication systems.

Dr. John P. Abraham Introduction to Computer Networks INTRODUCTION TO COMPUTER NETWORKS.

Computer Networks Farzad Rojan Chapter 2: Physical Layer.

COMPUTER NETWORKS Lecture-3 Husnain Sherazi. Review Lecture 2  Resource Sharing  Growth of the Internet – Linear Scale – Log Scale  Tools for Probing.

Network media, protocols and networking standards, networking hardware.

COMPUTER NETWORKS Hwajung Lee. What is Computer Networks? A collection of autonomous computers interconnected by a single or multiple technologies Interconnected.

COMPUTER NETWORKS CS610 Lecture-3 Hammad Khalid Khan.

Ethernet, WiFi & Protocols

Chapter 1 Communication Networks and Services

Introduction to Technology Infrastructure

Chapter 4 Computer Networks – Part 2

Chapter 1 Communication Networks and Services

Telecommunications and Networking

Professional Web Designing For Absolute Beginners

Introduction to Technology Infrastructure

CHAPTER 3 Physical Layer.

Computer Technology Notes #4

Layered Task, OSI Model, TCP/IP Model

Intro To Computer Networks

Ethernet First network to provide CSMA/CD

Layered Task, OSI Model, TCP/IP Model

Lecture 1 Overview of Communication Networks and Services

Computers Are Your Future

NETWORKING TECHNOLOGIES

Open System Interconnect (OSI).

Presentation transcript:

BA 471 – Telecommunications and Networking Dr. V.T. Raja Oregon State University Spring 2007

Outline Introduction –Why care about telecom/networking? Why should non-IT business students learn basics about telecom/networking? Some basics about Telecom/Networking –Analogy with effective human communication

Why telecom/networking? Some Reasons Personal Communication Group Communication Critical Infrastructure for –Traditional Businesses today (e.g., ERP at NIKE) –E-commerce Acquisition decisions and associated budget allocations IT Security Issues and Management’s Role

Some Basic Characteristics of Effective Human Communication Sender/Receiver Messages (Words) Transmission Media Air/Printed Page Speak same language or have an Interpreter Less noisy room (or) talk loud

Some Basic Characteristics of Telecommunication Networks Source; Destination – Host Signals (Digital/Analog) –Modulation (digital to analog) –Demodulation (analog to digital) –Done by a Modem Transmission Media –Wired/Wireless Communications Protocols/Standards Amplifiers/Repeaters/Internetworking Devices

Wired Transmission Media Twisted Pair Cables –Copper –Shielded and twisted to reduce noise Coaxial Cables (Cable TV) Fiber Optic Cables –Much faster –Able to go longer distances without a repeater –Uses light not electricity –Multi-color lights vastly increases capacity –Expensive Wavelength Division Multiplexing

Wireless Transmission Infrared (as in a TV remote) Radio Signals (as in microwave transmissions) Satellites – –GEOS: Geosynchronous Earth Orbiting Satellites – stationary orbit at 22,300 miles above the Earth –LEOS: Low Earth Orbiting Satellites Closer to the Earth and reachable from mobile devices 200-1,000 miles above the Earth Not stationary, goes around the Earth in about 90 minutes LEOS are needed to cover the Earth

Communication Protocols Ethernet TCP (Transmission Control Protocol) IP (Internet Protocol) HTTP (Hyper Text Transfer Protocol) SMTP (Simple Mail Transfer Protocol)

Communication Protocols Ethernet –Media Access Control (Traffic Cop – Who has access to transmission media and when? How to handle/resolve collisions?) –Error Detection/Correction –Message Delineation (Identifying beginning and ending of packets – framing) TCP –Packetizing (Breaking messages into smaller packets and reassembling packets in the correct order) –Keeping track of packet #s

Communication Protocols IP –Addressing (DHCP and DNS) –Routing Tracert Tracert

Some Basic Characteristics of Telecommunication Networks Source; Destination – Host Signals (Digital/Analog) Transmission Media (Wired/Wireless) Communications Protocols/Standards Amplifiers/Repeaters and other Internetworking Devices (e.g., hubs, switches, routers, multiplexers)