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OPTICAL COMMUNICATION
SYSTEM
EKT 465
SEMESTER 1 - 2017/18 3 Credit Hours
Course Outcomes
CO1:Ability to define, describe and understand light
properties concept and principle in Optical
Communications Systems.
CO2:Ability to derive solutions for how attenuation and
dispersion affect the propagation of data signals in
optical fiber, and apply these solutions to analyze the
maximum data rate and transmission distance of
optical transmission links
Course Outcomes (cont.)
CO3:Evaluate the different type of networking
configurations that may be used in an optical network
CO4:Design a basic optical communication system and
calculate how altering the parameters of the
components used would change the system capacity.
Course Contents
Chapter 1: Fundamental of Fiber Optics
Chapter 2: Light Propagation & Transmission
Characteristics of Optical Fiber
Chapter 3: Optical Components/ Passive Devices
Chapter 4: Light Detectors, Noise and Detection
Chapter 5: Optical Amplifiers& Line Coding
Chapter 6: System Design
Chapter 7: Multichannel System
Textbook
Gerd Keiser,
Optical FiberCommunications, 5th Edition,
McGraw Hill,
2015
Supplier
Gerd Keiser, Optical FiberCommunications, 5th Edition, McGraw Hill, 2015 [Textbook]
Pustaka Union & Enterprise
No. 10, Lebuhraya Bukit Kayu Hitam,
Pekan Changlun II,
TEL: 04 - 924 2213,
H/P: 013 - 4396 718
References
1. Joseph C. Palais, Fiber Optic Communications, 5th Edition, Prentice Hall, 2005
2. Jeff Hecht, Undestanding Fiber Optics, 5th Edition, Prentice Hall, 2006
Course Assessment/Evaluation
Examination (70%)Final Examination = 60%Mid-Term Examination ( MTE) =10%
Coursework (30%)Quizzes = 10%Assignments = 10%Mini Projects = 10%
Co
urs
e A
sses
smen
t/Ev
alu
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n
Final Examination = 60%
Answer 5 out of 6Q
Examination ( MTE) =10%
Chap 1 to 2, 1 Q each, 10 Marks per Q
Total Marks = 20
Quizzes = 10% 5 marks for each chapter
Best 4
Assignments =10%Problem Based Learning Assignment
Mini Projects = 10% Group based
Video and Presentation
Lecturers Dr. Junita Mohd Nordin [Coordinator]
Email: [email protected] Phone:
Professor Dr. Syed Alwee Aljunid Syed Junid Email: [email protected] Phone:
Dr. Mohd Rashidi Che Beson Email: [email protected] Phone:
Ir Rosdisham Endut Email: [email protected] Phone:
Schedule Lecture
Week 1 – week 14 (academic weeks) 3 hours/week @ 42 hours Tuesday & Thursday
Attendance in class is mandatory.
[If less than 80%, bar from final exam]
Mid-Term Examination (1 ½ hour)
Date : TBD
Time : 8.30 – 10.00 PM
Venue : TBD
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Q & A
Thank You