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7/17/2019 Course Outline http://slidepdf.com/reader/full/course-outline-56908c1ec8540 1/1 Digital Communications Fundamentals & Digital Communications 4 - 2015/16  Dr Majid Safari Alexander Graham Building (Room: 1.12), Email: [email protected] Course Outline: Lectures (12:10–13:00) are held on Mondays and Wednesdays in Hudson Beare Building, Lecture Theatre 2. The Thursday tutorials are held in Sanderson Building, Classroom 2 starting from the second week. I will also hold office hours at 14:00-15:00 every Wednesday. The lecture schedule and the related reading list are as below:  Week  Topics Covered Related Reading #1 (21 Sep) Introduction to Digital Communication Review of Random signal and noise, Fourier Transform, and Linear systems Chapters 1, 2, 3, and 4 #2 (28 Sep) Sampling, Quantization Pulse code modulation Chapter 5 (3 Haykin) #3 (5 Oct) #4 (12 Oct) Information theory Entropy Channel capacity Chapter 9 (9 Haykin) #5 (19 Oct) Source coding Error control coding Block codes Chapter 9, 10 (10 Haykin)  #6 (26 Oct) Convolutional encoding Viterbi decoding Turbo code Chapter 10 (10 Haykin)  #7 (2 Nov) Decision theory Optimal transmission and reception Chapter 7, 8 (5 Haykin)  #8 (9 Nov) Multilevel modulation QPSK, MQAM Chapter 11 (6 Haykin) #9 (16 Nov) Communication channel modeling Link budget Chapter 12, 14 (8 Haykin) #10 (23 Nov) Fading channel Diversity Chapter 15, (13 Proakis, 8 Haykin) #11 (30 Nov) Multi-user communication Spread Spectrum (CDMA) Chapter 15, (16 Proakis, 7+8 Haykin) Reading List: The course textbook is "Digital Communications" by I A Glover and P M Grant, 3rd edition,  published by Pearson Education, ISBN 978-0-273-71830-7. Other Textbooks recommended are “Communication Systems” by Simon Haykin (4 th  Edition) and “Digital Communications” by John G, Proakis and Masoud Salehi (5 th  Edition). Demonstrators: We have feedback tutorial support from Iman Tavakkolnia (Email: [email protected] ) and Shenjie Huang (Email: [email protected] ). Assessment and Feedback:  There will be short quizzes at the start of each tutorial session as formative feedback. Be punctual! You will mark your own quizzes and the results have no effect on the final course assessment but give you a good feedback on how you are progressing!  The result of the final exam in December will make up 100% of the mark for this course. It will include a compulsory question (section A) plus three optional questions (section B) out of which 2 questions must be answered.

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7/17/2019 Course Outline

http://slidepdf.com/reader/full/course-outline-56908c1ec8540 1/1

Digital Communications Fundamentals & Digital Communications 4 - 2015/16

 Dr Majid Safari

Alexander Graham Building (Room: 1.12), Email: [email protected]

Course Outline: Lectures (12:10–13:00) are held on Mondays and Wednesdays in Hudson Beare Building,

Lecture Theatre 2.  The Thursday tutorials are held in Sanderson Building, Classroom 2 starting from the

second week. I will also hold office hours at 14:00-15:00 every Wednesday. The lecture schedule and therelated reading list are as below: 

Week   Topics Covered  Related Reading 

#1

(21 Sep)

Introduction to Digital Communication

Review of Random signal and noise, Fourier Transform,

and Linear systems 

Chapters 1, 2, 3, and 4

#2

(28 Sep) Sampling,

Quantization

Pulse code modulation

Chapter 5 (3 Haykin) 

#3

(5 Oct)

#4

(12 Oct)

Information theory

Entropy

Channel capacity

Chapter 9 (9 Haykin) 

#5

(19 Oct)

Source coding

Error control coding

Block codes

Chapter 9, 10 (10 Haykin) 

#6

(26 Oct)

Convolutional encoding

Viterbi decoding

Turbo code

Chapter 10 (10 Haykin) 

#7

(2 Nov)

Decision theory

Optimal transmission and reception

Chapter 7, 8 (5 Haykin) 

#8

(9 Nov)

Multilevel modulation

QPSK, MQAM

Chapter 11 (6 Haykin)

#9

(16 Nov)

Communication channel modeling

Link budget

Chapter 12, 14 (8 Haykin)

#10

(23 Nov)

Fading channel

Diversity

Chapter 15, (13 Proakis, 8

Haykin)

#11

(30 Nov)

Multi-user communication

Spread Spectrum (CDMA)

Chapter 15, (16 Proakis, 7+8

Haykin)

Reading List: The course textbook is "Digital Communications" by I A Glover and P M Grant, 3rd edition,

 published by Pearson Education, ISBN 978-0-273-71830-7. Other Textbooks recommended are

“Communication Systems” by Simon Haykin (4th Edition) and “Digital Communications” by John G, Proakis

and Masoud Salehi (5th Edition).

Demonstrators: We have feedback tutorial support from Iman Tavakkolnia (Email: [email protected] )

and Shenjie Huang (Email: [email protected] ). 

Assessment and Feedback: 

•  There will be short quizzes at the start of each tutorial session as formative feedback. Be punctual!

You will mark your own quizzes and the results have no effect on the final course assessment but

give you a good feedback on how you are progressing!

•  The result of the final exam in December will make up 100% of the mark for this course. It will

include a compulsory question (section A) plus three optional questions (section B) out of which 2

questions must be answered.