EE630 DIGITAL SIGNAL PROCESSING
FALL 2005 COURSE SCHEDULE
Updated 12-2-05
Laurence G. Hassebrook
473 FPAT
lgh@engr.uky.edu (put course number in subject)
|
Time |
12noon-12:50pm |
12noon-12:50pm |
12noon-12:50pm |
|
Month |
Monday |
Wednesday |
Friday |
|
Aug |
|
(24) First Day of Classes: Go over syllabus. |
(26) Chapter 2: DT signals, Notation, simple DT functions, signal classification, and signal description. |
|
Aug |
(29) Chapter 2: LTI Systems, classifications, convolution. |
(31) Chapter 2: LTI sytems, geometric series
representation. |
(2) HW #1: 2.5 dt signals, 2.36 signal properties, 2.37 median filter, 2.90 auto and cross correlation M2.9 auto and cross correlation. Problems of interest: |
|
Sept |
(5) Labor Day, NO CLASS |
(7) |
(9) Project: CPSLI Synthesis |
|
Sept |
(12) |
(14) Lecture: DFT |
(16) HW#2: 2.7 DT structures, 2.55 correlation, (optional) 2.65 DT system, 2.81 CT to DT modeling. Project: CPSLI Demodulation |
|
Sept |
(19) Chapter 3 |
(21) |
(23) HW #3: 3.6 CTFT, 3.15 DTFT, 3.19 DTFT of finite sequences, 3.21 inverse
DTFT, 3.53 LTI 0 phase |
|
Sept |
(26) |
(28) Chapter 4. Lecture Intro to LTI and discussion of LTI |
(30) Lecture: FIR Filters HW #4: 4.3, Nyquist Rate, 4.7 ,4.11 sampling, 4.22 Butterworth design. Project: CPAcquisition.doc, capture your data try processing it as you did the original pattern data. (Hint: This won’t work, for one thing the captured frequencies are different but I want you to do it anyway so you have a starting point as we fix it). |
|
Oct |
(3) |
(5) NO CLASS Lecture:
Comb Filters |
(7) Fall Break, NO CLASS |
|
Oct |
(10) Complimentary Filters, Inverse Filtering and DT statistics,
finish Chapter 4. |
(12) Review for E1 |
(14) Cover Part D of Project. HW #5: DFT 5.9, DFT 5.22, DFT 5.28. Do the D.
|
|
Oct |
(17) Chapter 6: Z-form |
(19) Inverse Z-form |
(21) Examples of Z-form HW #6: GDFT 5.60, Discrete Cosine X-form 5.62, Hartley X-form 5.64, Hadamard X-form 5.69. (Do these in your project teams) |
|
Oct |
(24) |
(26) |
(28) EXAM I |
|
Oct |
(31) |
(2) Inverse Systems and Deconvolution HW #7: Z-form 6.2, Z-form 6.3, Inverse Z-form 6.20, Inverse Z-form 6.22. |
(4) Lecture: IIR filter designs. V7 Do part E. of project |
|
Nov |
(7) Complimentary Filters |
(9) |
(11) HW #8: 7.26 LP-HP wavelet filters, 7.31 Bandpass filter, M7.4 complimentary, M7.20 FIR filter. |
|
Nov |
(14) Chapter 9: IIR impulse ivariance design |
(16) IIR bilinear transform |
(18) |
|
Nov |
(21) FIR design HW #9: 9-9 impulse invariance IIR, 9.12 Bilinear Transform IIR, M9.1 Butterworth Bilinear, M9.4 Butterworth Impulse Invariance |
(23) FIR design |
(25) Thanks Giving, NC |
|
Nov |
(28) FIR Kaiser Window |
(30) Review |
(2) EXAM 2 |
|
Dec |
(5) Dead Week |
(7) HW
#10: |
(9) HW #10: M10.6 Remez, M10.8 Windowing, M10.9 Kaiser, M10.17 fir1 function. Project
5, IIR filter, Due |
|
Dec |
(12) |
(14) FINAL PROJECT DUE |
(16) |