EE577: Advanced Digital Signal Processing
Topics and Notes Summary (updated 4/30/2009):
Friday, May 1 |
Course wrap-up and discussion.
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Wednesday, Apr. 29 |
Data compression topics.
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Monday, Apr. 27 |
Course project papers due at the start of class 2-D signal processing overview. |
Friday, Apr. 24 |
Adaptive signal processing (cont.), and start 2-D signal processing Reminder: course project papers are due on Monday, April 27. |
Wednesday, Apr. 22 |
MIDTERM EXAM #2 in class
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Monday, Apr. 20 |
No class (instructor out of town)
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Friday, Apr. 17 |
Adaptive signal processing (cont.)
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Wednesday, Apr. 15 |
Adaptive signal processing concepts. |
Monday, Apr. 13 |
Short time Fourier transform applications.
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Friday, Apr. 10 |
University Day (no MSU classes)
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Wednesday, Apr. 8 |
FFT algorithms (cont.) |
Monday, Apr. 6 |
Discrete Cosine Transform; FFT algorithms (start Chapter 8) Note: the second midterm exam is tentatively scheduled for Wednesday, April 22, 2009, during class time. |
Friday, Apr. 3 |
DFT (cont.)
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Wednesday, Apr. 1 |
DFT (cont.); Course Projects assigned: Due Monday, April 27, 2009.
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Monday, Mar. 30 |
Discrete Fourier Transform (Chapter 7)
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Friday, Mar. 27 |
More on Matlab design: separation of second-order sections and pole-zero grouping to minimize peak gain, etc.
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Wednesday, Mar. 25 |
MATLAB and filter design examples.
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Monday, Mar. 23 |
No class (instructor out of town) |
Monday, Mar. 16 |
Spring Break (no classes) |
Friday, Mar. 13 |
Guest Lecture by Steven Norsworthy on sigma-delta converters
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Wednesday, Mar. 11 |
Filter implementation; DSP microprocessor concepts
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Monday, Mar. 9 |
Filter specifications (cont.)
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Friday, Mar. 6 |
Filter specifications
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Wednesday, Mar. 4 |
Roundoff and overflow in digital filters (cont.)
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Monday, Mar. 2 |
Return mid term exams (average 37/50) Filter structures and coefficient quantization; effects of roundoff |
Friday, Feb. 27 |
No class this day (instructor out of town)
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Wednesday, Feb. 25 |
Guest lecture on DSP applications (David Hoffman)
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Monday, Feb. 23 |
MIDTERM EXAM #1 in class
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Friday, Feb. 20 |
Filter structures and filter design (cont.)
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Wednesday, Feb. 18 |
Filter structures and filter design (chapter 9 of the textbook)
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Monday, Feb. 16 |
NO CLASS THIS DAY (Presidents' Day Holiday) |
Friday, Feb. 13 |
NO CLASS THIS DAY (instructor out of town) |
Wednesday, Feb. 11 |
Effects of oversampling on SQNR models; noise shaping concepts.
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Monday, Feb. 9 |
Quantization error and SQNR.
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Friday, Feb. 6 |
Finish sampling rate conversion discussion with polyphase filter example. Begin examination of models for uniform quantizer and quantization noise.
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Friday, Feb. 6 |
Finish sampling rate conversion discussion with polyphase filter example. Begin examination of models for uniform quantizer and quantization noise.
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Wednesday, Feb. 4 |
Homework due at the start of class. Continue discussion of sampling rate conversion. ASSIGNMENT: read sections 6.3 - 6.6 from the textbook.
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Monday, Feb. 2 |
Discussion of homework problems and interpretation of direct form I and direct form II filter structures. |
Friday, Jan. 30 |
Sampling rate conversion (sections from Chapter 11) ASSIGNMENT: Homework problems from the text: 2.50, 2.67, 3.36, 3.51 . DUE at the start of class on Wednesday, Feb. 4.
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Wednesday, Jan. 28 |
Z-transforms, partial fractions, and frequency characteristics. |
Monday, Jan. 26 |
Complete review of discrete-time signals and systems (Fourier transforms and frequency domain viewpoint). Start z-transform review (Chapter 3 of the textbook). ASSIGNMENT: Review chapter 4. |
Friday, Jan. 23 |
Complete review of discrete-time signals and systems (Fourier transforms and frequency domain viewpoint). Start z-transform review (Chapter 3 of the textbook). ASSIGNMENT: Review chapter 3. |
Wednesday, Jan. 21 |
Chapter 2 of the textbook: discrete-time systems, system properties, and block diagrams. ASSIGNMENT: Review the rest of chapter 2 and start chapter 3. |
Monday, Jan. 19 |
No class this day (MSU official holiday in honor of Dr. Martin Luther King, Jr.)
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Friday, Jan. 16 |
Chapter 2 of the textbook: discrete-time signals, notation, and terminology. ASSIGNMENT: Review sections 1.4 and 2.1-2.3. |
Wednesday, Jan. 14 |
First class meeting, 11AM, Cobleigh 632 ASSIGNMENT: Review chapter 1, sections 1.1-1.3. |