(TENTATIVE SYLLABUS)
CIS
367.501 DATA COMMUNICATIONS, - Summer, 2005 MTWTH {2:00-4:20} OC3036
Dr. Abbas Foroughi - Office: OC3018 Office Phone: 812-465-1667
Office
Hours: T,TH (4:20
- 6:00 pm)
or by appointment
E-MAIL:
aforough@usi.edu , Homepage:
http://business.usi.edu/aforough
Go To CLASS SCHEDULE
(Note: When you send me an email message, please always begin the “Subject” of your message with “CIS367”)
COURSE DESCRIPTION:
This course is designed to give the student a thorough understanding of the existing use of data communication networks as well as of future developments in the area of telecommunications and networking. The course will cover aspects such as the basic hardware needed for a functioning network, basic technical concepts of data communications, and the various types of network configurations, and circuits. Also included will be network design techniques, protocols, software, network architecture, local area networks, network management issues, and security/control issues related to networks.
PREREQUISITES:
Junior standing in business.
REQUIRED TEXTBOOK:
Stallings, William. Business Data Communications, 5th edition. Upper Saddle River, New Jersey: Prentice Hall, Inc., 2005.
Suggested Supplemental Readings and Web Links:
Rappa, Michael. Managing the Digital Enterprise. URL: http://digitalenterprise.org/
You will be asked to read, summarize, and discuss various academic articles as a supplement to the text. You will be expected to make copies. The instructor will provide more detailed instructions in this area as needed.
Suggested Supplemental Readings:
-Relevant current journal articles will be assigned.
-Relevant books will be assigned
Upon completion of this course, the student should be able to:
· Define data communications, name uses of data communications, and list the basic components of a communications network.
· Name the various types of existing communications networks as well as those which will be developed in the near future.
· Describe other pieces of hardware and software which make networks more efficient, faster, more secure, easier to use, able to transmit several simultaneous messages, and able to interconnect with other networks.
· Understand the basic technical concepts of data communications.
· Describe the three key elements in network configurations.
· Be familiar with the various types of network configurations.
· Define common carriers, tariffs, and regulations applicable to networks and data communications.
· Describe the circuits that are available for voice and data networks, their transmission speeds (bandwidth), and how they are packaged for commercial use.
· Understand the importance of adapting a data communication network's offerings to meet the changing and challenging networking needs of organizations.
· Understand how to design networks by using manual or hand calculations and by using computerized network design techniques.
· Define the differences between protocols, software, and network architecture.
· Describe the use of microcomputers and their use in networks.
· Define the concept of local area networks and describe their use.
· Describe how a local area network is installed, its topologies and its protocols.
· Understand the basic management skills required to be a successful network manager.
· Understand why networks need security and control, what errors might occur, and how to control network errors.
Student grades will be based on:
Presentation of
Article or Case:
(40 Points)
Students will complete one of the following assignments:
1) Locate and present one current article which describes practical applications of the topics discussed in the text for presentation to the class. This article should pertain to the material in the chapter being studied at the time. At the beginning of the semester, each student will tell the professor the day on which he/she chooses to give the presentation as well as the topic he/she will find an article about. Students should hand in a photocopy of the article and a short outline of the important points brought out in the article.
2) The textbook contains eleven case studies, located immediately following the chapter to which they relate. Students should select one of the eleven cases included in the textbook, for presentation, to the class during a class session which covers the material in the chapter that precedes the case. At the beginning of the semester, each student should tell the professor which case he/she will present. In their presentation, students should give a description of the issues discussed in the case and discuss the questions at the end of the case. Students presenting cases should also hand in to the professor the answers to the discussions questions. These written answers must be handed in the day of the presentation and will be part of the case grade.
Note: In preparing the article or case presentation, students should try to go beyond merely summarizing the main points. They should concentrate on what makes this article or case relevant to the topic being studied and what issues or problems it raises. While content will be a major consideration for grading the presentation, such things as grammar, and organization will also be taken into consideration.
Homework and Assignments (80 points)
A total of 4 homework assignments, worth 20 points each, will be given. They are listed on the syllabus. All assignments are due at the beginning of class, on the due date. No late assignments will be accepted.
Projects:(3)
Note: Information about creating and publishing web pages is available at the
following URL:
http://business.usi.edu/aforough/abbsyll.htm
· (20 Points) Locating web server software and creating a web server site
· (20 Points) Creating Peer to Peer and Client Server networks.
Optional Term Paper / Term Project: (100 Points)
· Students will choose a topic to research which relates to Data Communications. The term paper should include a list of sources used and citations of the sources in the body of the paper. The paper should be approximately 10 pages, double- spaced, in length.
· Instead of doing a term paper you may choose to do a Term Project in which you write a detailed proposal for an application of data communications hardware or software for a business entity. The project report should include a description of the business entity, identification of a data communications need which exists in the company, a detailed description of your proposed system and what its impact will be on the company, and a description of the implementation of the new system (if you did implement it). Project must be completed for submission and presentation at least a week before the end of semester. You should submit a topic proposal for your term project on the date indicated in your class schedule.
· Your term paper and term project grades will be determined in the following manner: while content will be a major consideration for the grading of the paper, students should realize that grammar, spelling, organization, neatness - professionalism - will have a large impact on the grade. You should submit a topic proposal for your term paper or proposal on the date indicated in your class schedule.
· The due dates for both Term Paper and Term Project are listed in the class schedule. You are expected to present your paper or project to the class during the last week of class.
Participation, Attendance, (30 Points)
Students are expected to participate in class, which means coming to class
prepared to answer questions about the chapter materials (especially that
contained in the review questions at the end of each chapter). Students should
participate in case discussions and article presentations and discussions. This
class involves much learning-by-doing in class. Class attendance is a very
important part of your overall performance in this course. Absences will affect
your grade in this class.
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PERFORMANCE |
EVALUATION: |
Points |
Grading Scale: |
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Exam |
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Exams 1, 2 and 3 (100 each) |
300 points |
A (90% & above) |
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Final Exam |
100 points |
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B+ (85-89.9%) |
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Homework and Assignments |
60 points |
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Presentation of Article or Case: |
40 points |
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C+ (75-79.9%) |
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Projects |
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C (70-74.9%) |
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1. Web page |
40 points |
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D+ (67-69.9%) |
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2. Web server |
20 points |
D (60-64.9%) |
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3. P to P & Client Server networks |
20 points |
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F (below 60%) |
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Class Term Paper Optional |
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Class Participation |
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20 points |
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Total points |
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700/800 points |
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(TENTATIVE SYLLABUS)
CIS
367.501 DATA COMMUNICATIONS, - Summer 2005 MTWTH {2:00-4:20} OC3036
Dr. Abbas Foroughi - Office: OC3018 Office Phone: 812-465-1667
Office
Hours: T,TH (4:20
- 6:00 pm)
or by appointment
E-MAIL:
aforough@usi.edu , Homepage:
http://business.usi.edu/aforough
Go To CLASS SCHEDULE
(Note:
When you send me an email message, please always begin the “Subject” of your
message with “CIS367”)
Assignments are due before class
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CH |
Assignment |
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May 10 |
Introduction. |
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Part I. REQUIREMENTS. |
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May 10 |
Business Information. |
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May 11 |
Distributed Data Processing |
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Case Study I: MasterCard International. |
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Part II. THE INTERNET AND DISTRIBUTED APPLICATIONS. |
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May 11 |
Internet History and Architecture. |
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May 12 |
TCP/IP and OSI. |
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May 12 |
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Review for Exam |
H1.Ch1. RQ 1,2,3,4 - Ch2. RQ. 11 -Ch2. PR.1,4,12,14- Ch3. RQ 2,7,9,13 -. Ch4. RQ. 3, 9,16,18 - Ch5.RQ 2,8,11, Ch5.Pr3 |
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May 16 |
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Exam I |
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May 17 |
Internet-Based Applications. |
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May 17 |
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Web page |
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Case Study II: Florida Department of Management Services. |
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May 18 |
Client/Server and Intranet Computing |
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Case Study III: ING Life. |
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May 18 |
Internet Operations |
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III. LOCAL AREA NETWORKS |
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May 19 |
LAN Architecture and Protocols. |
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May. 23 |
Ethernet and Fibre Channel |
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May. 23 |
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Case Study IV: Carlson Companies |
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May. 23 |
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May 23 |
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Review for Exam |
H2. Ch6. RQ 7,8,9,12- Ch 7. RQ 3, 6,9,10,15 - Ch 8, RQ 1, 3,5, 6,13 - Ch9. RQ 1, 5,9,12,15,17-Ch10. RQ 1,3,5,6,7,8,12,13 |
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May 24 |
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Exam II |
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May 25 |
Wireless LANs. |
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Case Study V: St. Luke's Episcopal Hospital. |
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IV. WIDE AREA NETWORKS. |
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May25 |
Circuit Switching and Packet Switching |
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Case Study VI: Staten Island University Hospital. |
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May 26 |
Frame Relay and ATM. |
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Case Study VII: Olsten Staffing Services |
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Case Study VIII: Guardian Life Insurance |
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May 26 |
Wireless WANs. |
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Case Study IX: Choice Hotels International. |
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V. DATA COMMUNICATIONS |
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May 31 |
Data Transmissions. |
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May 31 |
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Review for Exam |
H3. Ch 11. RQ 1, 4, 6, 10, 11,12,13,14,15.- Ch12, RQ1,4,5,6,7,9,13- Ch13 RQ1,3,4,7,8,9,10,11.- Ch14- p 412 RQ ( Select 5 questions) - Ch15- p 349 RQ (Select 5 questions) |
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June 1 |
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Exam III |
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June 2 |
Data Communication Fundamentals |
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June 6 |
Data Link Control and Multiplexing |
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VI. MANAGEMENT ISSUES. |
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June 7 |
Network Security. |
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June 8 |
Network Management |
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June 8 |
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Review for Exam |
H4.- Ch 16 P 463 RQ (Select 5 questions) PR. 3,4 and 9-Ch 19 P 559 RQ (Select 5 questions) - Ch 17 P 491 RQ (Select 5 questions) PR. 3 and 4 - Ch 18 P 531 RQ (Select 5 questions) |
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June 9 |
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Final Exam (CH.16, 17, 18, 19) |
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*Above schedule is subject to change.