EE630 Fall 2008 Class Schedule
Last updated: 11-18-08
Bolded,
Underlined, Italic Text is NOT YET UPDATED.
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Room CB 316 |
2:00pm-3:15pm |
2:00pm-3:15pm |
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Month |
Tuesday |
Thursday |
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8=August |
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(28) Lecture 1: Course description, organization. Digital Signal Processing |
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9=September |
(2) Lecture 2: DT Signals and Systems |
(4) Lecture 3: LTI Systems, Intro to DTFT |
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9=September |
(9) Lecture 5: Stochastic DSP HW #1: 2.22 DT convolution, 2.30 DT type, 2.31 diff equ, 2.32 DT system Problems of interest 2.1, 2.3, 2.18, 2.19, 2.27, 2.29, 2.32, 2.42 |
(11) Lecture 6: Z transform |
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9 |
(16) NO CLASS |
(18) Z-Transform and Inverse Z-Form using residue concept HW #2: 2.42 LTI, 2.43 DTFT, 2.45 LTI, 2.89 LTI stochastics |
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9 |
(23) Lecture 8: Z transform inverse and Z-form properties Project A: 1-D and 2-D DFT and ideal bandpass
and notch filtering. |
(25) Lecture 9: more Z-forms |
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9 |
(30) Lecture 10: Finish Z-form and start Sampling Theory HW #3: 3.20 ROC, 3.23 inverse Z-form, 3.25 PFE, 3.31 Z-Form. Problems of interest: 3.21,
3.22,3.23,3.24 |
(2) Lecture 11: Sampling Theory. Project B. |
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10=October |
(7) Lecture 12: Up Down Sampling HW #4: 3.34 inverse Z form, 3.40 Z-form System, 3.46 Z form Pole Zero
placement, 3.51 Z form properties. |
(9) Lecture 13: Quantization Project C |
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10 |
(14) Practical Appication
of Project Techniques HW #5A: 4.21 FT and sampling, 4.24 FT and sampling, 4.25 Impulse sampling,
4.29 updown sampling. |
(16) Lecture 15: Review for Test Begin Chapter 5 HW #5B: 4.58 up down sampling,
4.62 sigma delta A/D Visualization V5 (see web site) |
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10 Midterm |
(21) Lecture 16: EXAM I (1 crib sheet both sides,
NO books, NO Notes, NO comm. devices). Will cover HW 1 through and including
HW 5A. |
(23) Lecture 17: Noise shaping. |
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10 |
(28) Lecture 18: Chapter 5
Transform Analysis of LTI Systems HW #6: 5.4 pole zero, stable
causal, 5.21 LTI, 5.27 LTI, 5.41 LTI type. Problems of interest: 5.2, 5.4,5.21, 5.24,5.26, 5.27, 5.48 |
(30) NO CLASS Lecture 19:
Filter Structure and Pole Zero placement. |
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11=November |
(4) NO CLASS ELECTION DAY (4) Lecture 20: IIR design |
(6) Lecture 21: IIR design and
FIR time and frequency sample design. |
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11 |
(11)
Lecture 22:FIR window design HW #7: 5.59 deconvolution, 6.1 pole locations, 6.34 structures, 6.40 round off error. |
(13) NO CLASS |
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11 |
(18)
Lecture 24: DFT |
(20)
Lecture 25: FFT HW#8: 6.32, 6.33, 6.37,6.39. Problems
of interest: 6.32, 6.36 7.50 |
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11 |
(25) Lecture 26: HW #9: 7.3 bilinear transform, 7.21 Filter design, 7.33 Hilbert Transform, 7.51 FIR equiripple. Problems of interest: 7.1, 7.16, |
(27) NO CLASS THANKSGIVING |
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12 |
(2) Project D: DUE HW #10:8.5 DFT, 8.26 DFT, Classic
DFT problem 8.37, DFT Parseval’s rule 8.57. |
(4) EXAM 2 |
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12=December Dead Week |
(9) HW #11: Covers DFT and FFT 9.21, 9.26, 9.35. Problems
of interest: 9.22, 9.28, 9.34. |
(11) FINAL PROJECT “E” DUE |
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12. Finals |
(16) |
(18) |
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