EEL6535: Syllabus


Class Date Topic Notes
1 1/6 Overview 0
    I. Review on Background Material
-- -- Self study 1
    II. Modulation and Demodulation
2 1/8 Baseband binary comm. 2.1-2.1.2
3 1/8 Baseband binary comm: matched filter 2.1.3-2.1.4
4 1/13 Baseband binary comm: correlator 2.1.5-2.1.6
5 1/15 Radio freq. comm: coherent demod. 2.2.1
6 1/15 Radio freq. comm: noncoherent demod. 2.2.2
7 1/20 Radio freq. comm: noncoherent demod. (cont.) "
8 1/22 Common modulation methods 2.2.3
9 1/22 Common modulation methods (cont.) "
10 1/27 Common modulation methods (cont.) "
11 1/29 Signal bandwidths 2.2.4
12 1/29 Representation of bandpass deterministic signals 2.3.1-2.3.2
13 2/3 Representation of bandpass random processes 2.3.3
14 2/5 Complex baseband matched filter 2.3.4-2.3.5
15 2/5 Signal space representation 2.3.6
16 2/10 Test 1
17 2/12 Signal space representation (cont.) "
18 2/12 Common M-ary comm. schemes 2.4.1
19 2/17 M-ary coherent receivers 2.4.2
20 2/19 M-ary comm. perf. (union bound) 2.4.3
21 2/19 Optimal detection 2.5.1-2.5.2
22 2/24 Maximum likelihood coherent receiver 2.5.3
23 2/26 Maximum likelihood coherent receiver (cont.) "
24 2/26 ML noncoherent receiver 2.5.4
25 3/2 Comparison of mod. methods 2.6
    III. Synchronization
26 3/4 Effect of sync. errors 3.1
27 3/4 ML phase estimation 3.2.1
28 3/16 Phase-locked loops 3.2.2
29 3/18 Symbol timing sync. 3.3
30 3/18 Symbol timing sync. (cont.) "
31 3/23 Test 2
    IV. Intersymbol Interference & Equalization
32 3/25 Bandlimited channel & ISI 4.1
33 3/25 Nyquist pulses 4.2
34 3/30 Equiv. discrete-time comm. model 4.3.1
35 4/1 ZF equalizer 4.3.2
36 4/1 MMSE and LS equalizers 4.3.3-4.3.4
37 4/6 Decision-feedback equalizer 4.3.5
38 4/8 ML sequence receiver 4.4
39 4/8 ML sequence receiver (cont.) "
    V. Elementary Error Control Coding
40 4/13 Block codes 5.1
41 4/15 Block codes (cont.) "
42 4/15 Convolutional codes 5.2
43 4/20 Trellis-coded modulation 5.3


Remarks:


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Last modified: 1/5/04