IT2001
NETWORK TECHNOLOGY AND APPLICATIONS [2009/10 Semester 2 - Archieve] (2009/2010, Semester 2) 

 MODULE OUTLINE Created: 21-Dec-2009, Updated: 07-Apr-2011
 
Module Code IT2001
Module Title NETWORK TECHNOLOGY AND APPLICATIONS [2009/10 Semester 2 - Archieve]
Semester Semester 2, 2009/2010
Modular Credits 4
Faculty School of Computing
Department Computer Science
Timetable Timetable/Teaching Staff
Module Facilitators
DR Anand Bhojan Lecturer
Consultation : Friday 4-6pm (please give a call before you come. 65167351)
Weblinks
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Learning Outcomes | Prerequisites | Preclusions | Synopsis | Teaching Modes | Schedule | Assessment | Workload for Each Student


 LEARNING OUTCOMES Top

The objective of the module is to provide technological background in telecommunications, data communication and Internet technology to non-computer science students. It covers the basic concepts in communication and networking, and looks at Internet and telecommunication in detail. It also deals with some common applications in all these areas and looks at the possible convergence of various communication technologies. The impact on social and business areas as a result of the wide spread use of the fast changing communication technologies are also addressed.

It is designed for you:

We encourage students from various disciplines to take the course if they have keen interest in network technologies and its applications. There will be no lab work and no programming assignment, instead, "in lecture" demonstration will be conducted to demonstrate some functionalities (e.g., broadcasting, address resolution, etc.) of a real-world network (e.g., Ethernet LAN). Hence keen students without a technical background should not feel that they will be at a disadvantage.



 PREREQUISITES Top
CS1101 or CS1101C or CS1101S or GEK1511 or IT1001 or IT1002.


 PRECLUSIONS Top
CS2105, EE3204/E, EE4210; SoC, EEE & CPE students are not allowed to take this module. Arts/Soc Sci students reading ICM as a subject/concentration are not allowed to read this module as cfm/breadth.


 SYNOPSIS Top

You’ll gain a full understanding of the technology and jargon in plain language.

  • What do these networks, infrastructures, applications do, what value do they offer - and what are their shortcomings?
  • What are the key technologies and how do they work?
  • How do all the different pieces of the puzzle fit together - technologies, infrastructures, networks, services, applications and service management?
  • What’s connected to what, why and how? What are their impacts on social and business settings?
  • What technology shifts to expect in the near, midterm and long-term future?

 



 TEACHING MODES Top

There are weekly Lectures and Tutorials planned for this course. There will be two or three Assignments on Network Technologies and a surprise Quiz. There will be a broad coverage of topics on Network Technologies and Applications. Each session introduces some new topic, hence your attendance and participation is very important!

LECTURES:

Lectures will be conducted as per the schedule below. Though attendance is not taken, the students are expected to attend all the Lectures as some important announcements and discussions will be made during the Lectures.

There is  NO webcast or podcast for this course. For make-up lectures (if any), webcast may be arranged. 

TUTORIALS:

There are weekly tutorials. Usually there will be multiple groups/sessions. Please refer below for the schedule.

Attendance will be taken at the beginning of each session. Students should attend the group/sessions for which they have registered for. If you want to change your tutorial group/session, you should apply through tutorial registration/swap system and inform both the tutors affected upon approval.  For temporary changes (for one or two sessions) you should get prior permission form the tutors affected. Make sure the attendance register is updated after any change.

You are responsible for making the tutorials sessions lively. The sessions are designed for discussing your solutions/answers and views rather than simply looking for the answers/solutions from the tutors. Some tutorial sessions may be conducted in Seminar style.

Solutions/Answers for the Tutorial questions which are discussed during the session will  NOT be published/given . However, due to lack of time, if some questions are not discussed then the Solution/Answers for these questions may be published for your reference. If you miss any tutorial session, you may do all the questions yourself and send it to your tutor to get your solutions/answers verified.

 

 



 SCHEDULE Top

LECTURE  (Mon 0200 - 0400pm) (COM1/211) 

Week #  Topic (Tentative) Reference
(Textbook Chapters)
Reference
(Others)
   Remarks
Week 1  Introduction to Network Technology  Introduction, Slides      
Week 2 Telecommunication Technology Fundamentals   1      
Week 3 Transmission Media and Channels  2,3      
Week 4 Network Architecture and Protocol Stacks  5       
Week 5 Local Area Networks (Multiple Access Methods, Ethernet, IEEE LAN Standard)  6    

  

Mid term Break 13 Feb (Sat) - 21 Feb (Sun)
Week 6 Wide Area Network: Internet (History, Hierarchical Architecture, Addressing, Address Mapping (ARP), NAT)  8
Week 7  Internet (Basic Concepts of Routing  & Routing Protocols)   8    

 

Week 8  Internet (Applications & Services - Demo)  9, 10    

 

Week 9

Internet Protocols (TCP, UDP & QoS Issues)

 8, Slides    

 

Week 10 Wireless Networks (802.11 Wireless LAN, GSM/GPRS, 3G)  13, 14    

 

Week 11

Wireless Networks (Sensors, Mobile Device Platforms & Emerging Applications)

 16, Slides    
Week 12

Security Fundamentals (Security protocols - SSL/TLS, PGP, Firewalls, VPN, IPSec)

 Slides  
Week 13

Revision & Student-Led Discussions

 Open Topic    

 

TUTORIAL ( First tutorial - week on 25 Jan 2010)
Group  DAY TIME             VENUE                TUTOR
1         
2        
3        
4        

 

ASSIGNMENTS 
ASSIGNMENT # TYPE SUBMISSION DUE EVALUATION

1

 

   

 

 

EXAM  
DATE/TIME VENUE TYPE DURATION

04 MAY 2010 Afternoon

 --

CLOSED BOOK (with one A4 help sheet)

120 minutes

 



 ASSESSMENT Top

COMPONENT WEIGHTAGE REMARKS
Assignments (asgn)    30%   2 to 3 assignments
Tutorial (tut)   10%  Attendance and participation
 Quiz (test) 10% surprise quiz during lecture/tutorial hour
Final Exam (exam) 50% closed book (with one A4 help sheet)


 WORKLOAD FOR EACH STUDENT Top
  • 2 hours lecture per week.
  • 1 hour tutorial per week.
  • 2 hours per week for assignments.
  • 3 hours per week for preparatory work.