EE511
FALL 2002 COURSE SCHEDULE
Updated 12-06-02
Laurence G. Hassebrook
Class Room 265 AH
lgh@engr.uky.edu (put EE511 in subject)
BOLD ENRTIES MAY NOT BE UPDATED
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Time |
10am - 10:50am |
10am-10:50am |
10am-10:50am |
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Month |
Monday |
Wednesday |
Friday |
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Aug |
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(28) First Day of Classes: Overview of syllabus, discussion of generic communication system. |
(30) C2: Overview modulation. Discuss basic usage of integration for comparison and time average of signals. |
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Sept |
(2) Labor Day, NO CLASS |
(4) Lecture: C2: Evaluate "dc", power and energy. Introduce FT and some of its properties. Present Duality, shifting, convolution, correlation and multiplication properties. |
(6) Lecture: C2: Functions of the FT: Dirac Delta, unit step, sine waves, rectangle, Parsevals theorem. |
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Sept |
(9) Lecture: (section 2.3) Autocorrelation and PSD. Review course schedule. Collect Data for V2. HW#1: 2-2 dc, rms and power of a periodic wave, 2-17 rect(t/T) time shifting and FT linearity, 2-36 proofs of Fourier Xform properties, 2-38 synthesis of triangle function. (covers sections 2.1-2.2 ) V1: Use MATLAB to determine and plot the magnitude of the FFT of a rectangle function, and a sine wave. The window size for the rectangle function should be 10 times its width and the discrete frequency of the sine wave should be k=4. |
(11) Lecture: (sections 2.4-2.5) Orthogonal and Fourier Series |
(13) Lecture: (section 2.6) Linear Systems |
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Sept |
(16) Lecture: Identity for getting PSD from Cn, Square Wave synthesis, Bandlimited Signals. HW #2: 2-49 Orthogonal Signals, 2-54 FS of square wave, 2-62 PSD analysis, 2-70 Linear System analysis. (covers sections 2.3-2.6 ) |
(18) Square Wave synthesis |
(20) Sampling Theory V2: Process class data as a binary spread spectrum signal. |
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Sept |
(23) Lecture: DFT |
(25) Chapter 4: Bandpass Signaling Principles and Circuits. Lecture: Inroduction to AM and DSBSC modulation. Some material drawn from Chapter 5. HW #3: 2-55 saw tooth wave, 2-82 Sampling, 2-83 DFT zero padding, 2-84 triangle function DFT, 2-91 BPSK |
(27) AM continued. |
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Sept/Oct |
(30) Lecture: SSB |
(2) Lecture: Introduction to 1st and 2nd order filters. |
(4) Fall Break, NO CLASS |
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Sept./Oct |
(7) Lecture: Filter Analysis |
(9) Odds and ends HW #4: 4-2 DSBSC, 4-7 Filter analysis, 4-22 AM Superheterodyne, 4-40 SSB-AM receiver design and 4-41 RF allocation. V4: Visualize a mixer using a MATLAB model. Use it to demodulate OOK modulated signal. |
(11) Instructor out of town, NO CLASS |
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Oct |
(14) Review. Included overview of mixer/frequency translation analysis. |
(16) EXAM 1 |
(18) PLL |
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Oct |
(21) Lecture: Costas receiver and quadrature modulation. Discussed subproject transmitter/driver. |
(23) Lecture: Discussion of project and test problems. Described subproject receiver design. |
(25) Discuss IF problem from test. Lecture on FM modulation HW #5: 4-12 bandpass/quadrature mixing, 4-14 butterworth filter (matlab), 4-26 PLL phase error, 4-27 PLL response, 4-30 PLL Synthesizer. |
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Oct/Nov |
(28) Chapter 5: Lecture PM and FM continued. |
(30) Discuss Optics and introduce the idea of Fourier Optics. |
(1) QPSK. |
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Nov |
(4) QAM and final project. |
(6) Lecture: HW #6A: 5-9 DSB-SC from AM, 5-12
SSB modulation using Weaver's technique MATLAB: 5-59 |
(8) HW #6B: , 5-10 SSB using Hilbert transform 5-18 SSB MATLAB: 5-66 |
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Nov |
(11) Lecture: C3 Natural Sampling |
(13) Lecture: Flat Top Sampling |
(15) |
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Nov |
(18) HW #7: 3-3 Natural and Flat Top Sampling, 5-51 BPSK demodulation, 5-52 DPSK modulation and demodulation. MATLAB: 5-75 OFDM |
(20) |
(22) |
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Nov |
(25) Lecture: Review for Exam Exam 2: 4 problems, 7pm to 9pm. Room 263 AH |
(27) No Class |
(29) Thanks Giving, No Class |
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Dec |
(2) HW #8: Chapter 3:3-9 PCM SNR & BW, 3-49 Delta-mod, 3-57 TDM & PAM. V8A: Modulate binary data with length N equal to Final Project. The number of data sequences is M=2. Each sequence will represent a different modulation implementation. |
(4) V8B: Demodulator for V8A Data |
(6) V8C: Detector and Comparator for V8A and V8B. Uses original binary sequences from V8A and compares with V8B to determine bit errors. |
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Dec. |
(9) Dead Week Final Project Preliminary Ranking: Send modulator, demodulator and detector. |
(11) HW#9: Chapter 3: 3-54, 3-56, 3-64 and 6-51 Post Preliminary results |
(13) Final Project Competition ECE Day Event |
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Dec |
(16) Finals Week |
(18) |
(20) Final Project Web Site Due |
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