IS 656
Computer Network Technologies
Fall 2002


 

Tom Hankins, instructor                                       Phones: 800-642-9842, x2044 or 304-746-2044 (w)

E-mail: thankins@marshall.edu                                         304-562-0321 (h)        Fax: 304-746-2063




I. Purpose and objectives

 

This course is an introduction to the design and management of data communication networks. Those who complete it successfully will be able to:

                     Describe the elements of communications systems

                     Explain the commonly used networking topologies

                     Understand the concept of protocols

                     Explain the function of the various network components

                     Determine appropriate network architecture for a LAN

                     Understand the state of the data communications industry and major issues facing the industry’s constituent components

                     Understand the relationship of network analysis and design to information systems analysis and design


II. Course requirements and grades

 

Attend class. Read the assigned material, including the case studies, before coming to class. Be prepared to present assigned topics. Submit all assignments.

 

Prerequisites: You are expected to be familiar with using personal computers and the basic categories of PC applications software.

 

Grades will be based on exams, class and homework assignments done individually or in small groups, class presentations of assigned material, and class participation. Grading will necessarily be somewhat subjective. The quality and professionalism of your written material will be major factors in your grades.

 

In assigning grades I use the following guide: An 'A' indicates work of distinction at the graduate level; 'B' indicates competent and acceptable work, and a grade of 'C' indicates work below the expected standards for graduate students.

 


III. Text

   

Applied Data Communications: A Business Oriented Approach, 3rd edition

James E. Goldman and Phillip T. Rawles

John Wiley & Sons, 2001

goldmantextpic.gif

 


IV. Tentative course outline and assignments


   Date                                 Topics                                 Assignments

 

28   Aug           Introduction to the class

                        Introduction of participants 

                        The data communications industry                                                         Chapter 1

 

  4    Sep           Voice communications concepts and technology                                     Chapter 2

 

11   Sep            Data communications concepts                                                              Chapter 3 

     

18   Sep            Basic data communications technology                                                   Chapter 4

     

25   Sep            Local area network architectures                                                           Chapter 5

     

  2   Oct            Local area network hardware                                                                Chapter 6

     

  9   Oct            Local area network communications protocols and operating systems       Chapter 7

 

16   Oct            Wide area networking concepts, architectures, and services                     Chapter 8

 

 23   Oct            Internetworking                                                                                    Chapter 9

                         Remote access and wireless networking                                                Chapter 10

 

30   Oct            Visit to MU computing/network facilities in Drinko Library

(No video link)

 

  6   Nov           The network development life cycle                                                         Chapter 11

 

13   Nov           Network management                                                                             Chapter 12

 

20   Nov           Network security                                                                                     Chapter 13

 

27   Nov           ☆ ☆ ☆ ☆ No Class, Thanksgiving Break ☆ ☆ ☆ ☆  

 

  4   Dec           Group project preparation

 

 11   Dec           Group project presentations