EE577: Advanced Digital Signal Processing
Topics and Notes Summary (updated 12/14/2009):
Friday, Dec. 11 |
Last day of class! Good work! Example signal processing procedures: sinusoidal modeling.
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Wednesday, Dec. 9 |
Course wrap-up topics, cont.
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Monday, Dec. 7 |
Project reports due at the start of class. Exams handed back. Course wrap-up topics.
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Friday, Dec. 4 |
Midterm exam 2: in class
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Wednesday, Dec. 2 |
Space-time signal processing. Exam review.
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Monday, Nov. 30 |
Data compression, continued. Signal synthesis.
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Friday, Nov. 27 |
No MSU classes (Thanksgiving Holiday)
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Wednesday, Nov. 25 |
No MSU classes (Thanksgiving Holiday)
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Monday, Nov. 23 |
Digital data compression.
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Friday, Nov. 20 |
2-D signal processing (cont.)
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Wednesday, Nov. 18 |
2-D signal processing: extension of time sampling concepts to spatial sampling.
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Monday, Nov. 16 |
Adaptive signal processing (cont.) Reminder about upcoming dates:
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Friday, Nov. 13 |
Begin discussion and examples of adaptive signal processing.
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Wednesday, Nov. 11 |
No MSU classes this day: Veterans Day
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Monday, Nov. 9 |
Use of the DFT for spectral analysis: effects of record length and windowing. Overview of the discrete cosine transform (DCT) and alternative formulations.
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Friday, Nov. 6 |
FFT algorithms (cont.) (HW and project proposals due at the start of class)
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Wednesday, Nov. 4 |
DFT (cont.); linear filtering using the DFT (overlap-add concept); begin FFT
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Monday, Nov. 2 |
Discrete Fourier Transform ASSIGNMENT: Term projects (paragraph proposal due on Friday 11/6/09; final report due on Monday 12/7/09)
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Friday, Oct. 30 |
Rounding and overflow in digital filters (cont.)
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Wednesday, Oct. 28 |
Filter design using Matlab. ASSIGNMENT: due at the start of class on Friday 11/6/09. Filter design and implementation assignment.
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Monday, Oct. 26 |
Rounding and overflow (cont.)
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Friday, Oct. 23 |
Rounding and overflow in digital filters. (HW due at the start of class)
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Wednesday, Oct. 21 |
Digital filter implementation (cont.). Coefficients and second-order sections.
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Monday, Oct. 19 |
Frequency response, graphical interpretation from pole-zero diagram (review). Effects of coefficient precision/quantization in implementation of digital filter systems. ASSIGNMENT: due at the start of class on Friday 10/23/09. From the text: 5.4 a, g, and k For each problem, find H(z), H(ejω), |H(ejω)| and phase(H(ejω)), and sketch the magnitude and phase.
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Friday, Oct. 16 |
Discuss mid-term exam. Scores ranged from the mid-teens to the high 20s (out of 30 possible). The main issue appeared to be a lack of confidence with going from the z-transform representation to the frequency response magnitude. You will be getting additional review problems to fix this shortcoming!
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Wednesday, Oct. 14 |
Mid-term exam: in class
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Monday, Oct. 12 |
No class this day (instructor out of town)
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Friday, Oct. 9 |
No class this day (instructor out of town)
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Wednesday, Oct. 7 |
Filter structures and filter design (chapter 9 of the textbook) Here is an example exam and solutions: SP09 mid term
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Monday, Oct. 5 |
Principles of noise shaping applied to quantizers
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Friday, Oct. 2 |
Polyphase filter concepts and example
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Wednesday, Sept. 30 |
No class this day (instructor busy with External Advisory Council)
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Monday, Sept. 28 |
Sampling rate changes: anti-aliasing interpretation and interpolation interpretation. Begin consideration of polyphase implementation.
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Friday, Sept. 25 |
Sampling rate changes: integer factor downsampling, integer factor upsampling ASSIGNMENT: Read first few sections of Chapter 11 in the textbook
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Wednesday, Sept. 23 |
Frequency-domain effects of sampling; quantization noise and sampling; effects of oversampling
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Monday, Sept. 21 |
Quantization (cont.)
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Friday, Sept. 18 |
Uniform quantizers and analysis of quantization "error" ASSIGNMENT: homework problems from the text (due at the start of class on Friday, Sept. 25) 3.2: a, b, c 3.4: a, b, c 3.14 a, b
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Wednesday, Sept. 16 |
Finish z-transform discussion; start quantization
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Monday, Sept. 14 |
No class this day (instructor busy with ABET on-site visit)
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Friday, Sept. 11 |
z-transforms; properties of the region of convergence; partial fraction expansions to aid inverse table-lookup ASSIGNMENT: Review the rest of chapter 3.
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Wednesday, Sept. 9 |
Complete Chapter 2 review, begin chapter 3 (z-transforms)
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Monday, Sept. 7 |
No class this day (MSU official holiday in honor of Dr. Martin Luther King, Jr.)
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Friday, Sept. 4 |
Chapter 2 of the textbook: discrete-time systems, system properties, and block diagrams. ASSIGNMENT: Review the rest of chapter 2 and start chapter 3.
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Wednesday, Sept. 2 |
Chapter 2 of the textbook: discrete-time signals, notation, and terminology. ASSIGNMENT: Review sections 1.4 and 2.1-2.3. |
Monday, Aug. 31 |
First class meeting, 8AM, Cobleigh 632 ASSIGNMENT: Review chapter 1, sections 1.1-1.3. |