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Indicative contents
The typical proportion of class
content time is shown in brackets
- Electromagnetics: Introduction, Time Varying Fields, Maxwell’s
equation, Wave propagation in different media, skin effect (10%).
- Analog Communication System: Fourier analysis; AM Systems – AM,
DSBSC, SSBSC; Frequency and phase modulation; FM signals; Sampling
theorem; Pulse modulation; AM / FM system comparison. (10%)
- Digital Communication System: Random process; PSD; Gaussian
processes; Fundamentals of digital communication; Modulation and
detection for AWGN channels – PSK, ASK, FSK, QPSK, QAM, 161QAM, MSK,
IQ Modulator, Demodulator. Spectral efficiency; Intersymbol
interference and equalizers; source coding – PCM, DPCM, ADPCM;
Source coding; Huffman Source coding, Lempel Ziv coding, Information
and entropy; Shannon’s theorem; (35%)
- Error Correcting Codes; Linear block codes, cyclic codes,
convolution codes, turbo codes. Practical Application of coding
(25%)
- Various communication systems: Computer, wireless, satellite,
and optical fiber communication systems. Radar Systems, SAN, Case
studies (20%)
Recommended reading
- Magazines
1. IEEE Communications Magazine
-
http://www.cedmagazine.com
- http://www.commeng.com
-
http://archive.nlm.nih.gov
- Laboratory
Hardware Required: PCs
Software Required:MATLAB, PSPICE
Software Manuals: MATLAB User Manuals, PSPICE manuals
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