COMM 1001 Modulation Coding Course Instructor Office Lecture

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COMM 1001: Modulation & Coding Course Instructor Office Lecture Time & Loc. Instructor Email

COMM 1001: Modulation & Coding Course Instructor Office Lecture Time & Loc. Instructor Email : Tallal Elshabrawy : C 3. 321 : Mon. 1 st Slot (08: 30 AM - 10: 00 AM) H 8, Thurs. 4 th Slot (12: 15 PM - 1: 45 PM) H 8 : tallal. el-shabrawy@guc. edu. eg

References l “Communication Systems”, S. Haykin, Wiley; 4 th edition, 2000 l “Digital Communications”,

References l “Communication Systems”, S. Haykin, Wiley; 4 th edition, 2000 l “Digital Communications”, J. G. Proakis, Mc. Graw-Hill, 4 edition, 2000 l “Digital Communications: Fundamental & Applications”, B. Sklar, Prentice Hall, 2001 l “OFDM for Wireless Multimedia Communications”, Richard D. J. van Nee, Artech House Publishers, 1999 © Tallal Elshabrawy 2

Course Pre-Requisites l Signals & Systems l Communication Theory l Channel Coding l Modulation

Course Pre-Requisites l Signals & Systems l Communication Theory l Channel Coding l Modulation II © Tallal Elshabrawy 3

Why Modulation & Coding l Communications: Modulation & Coding constitute two thirds of the

Why Modulation & Coding l Communications: Modulation & Coding constitute two thirds of the soul of digital communications l Networks: To design an optimal communication network, understanding physical layer capabilities of such network is of significant importance © Tallal Elshabrawy 4

What will you learn from the Course? l Basics of Modulation & Coding l

What will you learn from the Course? l Basics of Modulation & Coding l Tradeoffs of Modulation & Coding l Modulation in latest generations of digital communications l Channel coding techniques in latest generations of digital communications l How modulation & coding complement each other in latest generations of digital communications © Tallal Elshabrawy 5

What do you need to study the Course? l Understand the physical meaning of

What do you need to study the Course? l Understand the physical meaning of things. (Digital communications is not just equations/derivations) l Probability l Problem Solving l MATLAB Programming © Tallal Elshabrawy 6

Course Assessment l Assignments (Theoretical) 10% l Assignments (Practical) 5% l Quiz (Theoretical) 10%

Course Assessment l Assignments (Theoretical) 10% l Assignments (Practical) 5% l Quiz (Theoretical) 10% l Project (Theoretical) 10% l Mid-Term Exam (Theoretical) 20% l Final Exam (Theoretical) © Tallal Elshabrawy 45% 7

Course Contents l Previously on IET l l l Signals & Systems Communication theory

Course Contents l Previously on IET l l l Signals & Systems Communication theory Channel coding Modulation II Modulation & Coding (Introduction) l Tradeoffs l Trellis Coded Modulation (TCM) l Modulation & Coding Schemes in latest generations of digital communications l l l Orthogonal Frequency Division Multiplexing (OFDM) (Modulation) Turbo Codes (Channel Coding) LDPC (Channel Coding) Adaptive Modulation & Coding Hierarchical Modulation © Tallal Elshabrawy 8