DIGITAL COMMUNICATION SYSTEMS (4 Credits)

Learning Outcomes:

On successful completion of this course, student will be able to :  Explain fundamental theory of electronic communications; Explain Carrier modulation techniques; Explain Non Carrier modulation techniques; Explain techniques for transmission efficiency; Explain for techniques for quality assurance; Explain communication systems techniques.

Topics :

1. Overview;
2. Fundamental Theory – Fourier Analysis;
3. Fundamental Theory – Linear Systems;
4. Fundamental Theory – Signal and Noise;
5. Fundamental Theory – Bandpass Signal;
6. Fundamental Theory – Information Theory;
7. Carrier Modulation – Amplitude Modulation;
8. Carrier Modulation – Angle Modulation;
9. Carrier Modulation – Digital Modulation System;
10. Non Carrier Modulation – Digital Data Transmission;
11. Non Carrier Modulation – Line Coding;
12. Non Carrier Modulation – PCM;
13. Transmission Efficiency – Compression and Coding;
14. Transmission Efficiency – Multiplexing;
15. Quality Assurance – Error Detection and Correction;
16. Quality Assurance – AWGN Channel;
17. Quality Assurance – Band Limited Channel;
18. Quality Assurance – Fading Channel;
19. Communication Systems – Switching;
20. Communication Systems – Digital Voice;
21. Communication Systems – Digital Voice – SIP;
22. Communication Systems – Digital Television;
23. Communication Systems – Digital Television B;
24. Communication Systems – Satellite;
25. Communication Systems – Wireless Systems;
26. Communication Systems – Test Systems.