Cory J. Prust, Ph.D.
EE3221 Spring 2020
Course Textbook:Signals and Systems: Theory and Applications
Fawwaz T. Ulaby and Andrew E. Yagle
Michigan Publishing, 2018
ISBN 978-1-60785-486-9 (hardcover), ISBN 978-1-60785-487-6 (electronic)
Free PDF download and resources: http://ss2.eecs.umich.edu/
Course Documents and Resources:
- Course Syllabus
- CTFT Formula Sheet
- Learning Objectives - Midterm Exam
- Learning Objectives - Final Exam
Quiz Date: Friday, 3/27/2020, 1PM (CDT)
Textbook Reading: Section 6-13 (excluding 6-13.13)
Homework 1, Solution, Quiz
Lecture Materials:
- Part 1: Impulse Train Sampling Review (video)
- Part 2: Impulse Train Sampling - Frequency Domain Plots (video)
- Part 3: Nyquist Sampling Theorem (video)
- Part 4: Reconstruction (video)
- Part 5: Example: Signal Aliasing (video), (notes)
Quiz Date: Friday, 4/3/2020, 1PM (CDT)
Textbook Reading: Sections 7-1 and 7-2
Homework 2, Solution, Quiz
Lecture Materials:
- Part 1: Basic Concepts and Notation (video)
- Part 2: Signal Transformations and Even/Odd Signals (video)
- Part 3: Unit Sample, Unit Step, Geometric Signals (video)
- Part 4: Discrete-Time Sinusoids (video)
- Part 5: Examples: Discrete-Time Sinusoids (video)
- Part 6: Complex Exponentials (video)
- Part 7: Signal Energy and Power (video)
Quiz Date: Thursday, 4/9/2020, 1PM (CDT)
Textbook Reading: Section 7-3
Homework 3, Solution, Quiz
Lecture Materials:
- Part 1: Basic Concepts and Definitions (video)
- Part 2: Properties: Linearity and Time-Invariance (video)
- Part 3: Properties: Memory and Impulse Response (video)
- Part 4: Properties: Causality and BIBO Stability (video)
- Part 5: Convolution (video)
- Part 6: Convolution Example 1 (video)
- Part 7: Convolution Example 2 (video)
- Part 8: Convolution Example 3 (video)
- Part 9: FIR vs IIR Filters (video)
Quiz Date: Friday, 4/17/2020, 1PM (CDT)
Textbook Reading: Section 7-6, 7-7, 7-8
Homework 4, Solution, Quiz
Lecture Materials:
- Part 1: Definition of the Z-Transform (video)
- Part 2: Z-Transform Examples (video)
- Part 3: More Z-Transform Examples (video)
- Part 4: Z-Transform Properties (video)
- Part 5: Convolution Property Example (video)
- Part 6: Inverse Z-Transform Examples (video)
Textbook Reading: Section 7-10, 7-11, 7-12
No Homework or Quiz!
Lecture Materials:
- Part 1: Transfer Functions of D-T LTI Systems (video)
- Part 2: System Poles and Zeros, BIBO Stability (video)
- Part 3: Example Problem (video)
- Part 4: Frequency Response of D-T LTI Systems - Part I (video)
- Part 5: Frequency Response of D-T LTI Systems - Part II (video)
- Part 6: Example Problem (video)
- Part 7: MATLAB Example (video), LTI System Example
Quiz Date: Friday, 5/1/2020, 1PM (CDT)
Textbook Reading: Section 7-13
Homework 6, Solution, Quiz
Lecture Materials:
- Part 1: Discrete-Time Fourier Series Part I (video)
- Part 2: Discrete-Time Fourier Series Part II (video)
- Part 3: LTI System Analysis using DTFS (video)
- Part 4: Example: Computing DTFS (video)
- Part 5: Example: Representation using sinusoids; Power calculations (video)
- Part 6: Example: LTI System Analysis (video)
Quiz Date: Friday, 5/8/2020, 1PM (CDT)
Textbook Reading: Section 7-14
Homework 7, Solution, Quiz
Lecture Materials:
- Part 1: Discrete-Time Fourier Transform (video)
- Part 2: Example DTFT Calculations Part I (video)
- Part 3: Example DTFT Calculations Part II (video)
- Part 4: Example DTFT Calculations Part III (video)
- Part 5: DTFT Properties (video)
- Part 6: DTFT Convolution Property (video)
- Part 7: Example: LTI System Analysis using DTFT (video)
No Quiz!
Textbook Reading: Sections 7-15, 7-16, 7-17
Homework 8, Solution
Lecture Materials:
- Part 1: Discrete Fourier Transform Part I (video)
- Part 2: Discrete Fourier Transform Part II (video)
- Part 3: MATLAB Example: DFT Calculations (video), DFT Example
- Part 4: Fast Fourier Transform Algorithm Part I (video)
- Part 5: Fast Fourier Transform Algorithm Part II (video)
- Part 6: MATLAB Example: FFT (video)
- Part 7: MATLAB Example: ECG Signals (video), DFT Processing of ECG signals, .mat
No Homework. No Quiz.
Textbook Reading: Section 8-2
Lecture Materials:
- Part 1: Pole/Zero Locations and Frequency Response (video)
- Part 2: Examples (video)
- Part 3: Notch Filter Design using Pole/Zero Placement (video)
No Homework. No Quiz.
Textbook Reading: Section 9-3.3
Lecture Materials:
- Part 1: Introductionto FIR Filter Design (video)
- Part 2: FIR filters, 5-point MA Filter, Linear Phase Response (video)
- Part 3: FIR coefficients and Magnitude Frequency Response (video)
- Part 4: Window Design Method Part I (video)
- Part 5: Window Design Method Part II (video)
- Part 6: Window Design Method: Influence of Filter Length (video), MATLAB code
- Part 7: Window Design Method: Influence of Window Shape (video), MATLAB code
- Part 8: Window Design Method: Translating LPF to BPF (video)
- Part 9: MATLAB Filter Designer (video)
Keil uVision Project File for Cypress FM4 Real-Time DSP Labs: .zip file
- Week 1: Real-Time DSP Lab 1, gradesheet
- Week 3: MATLAB Introduction Lab, Due: 3/31/2020 at 11:59PM, gradesheet
- Week 4: Quantization Error Lab, Due: 4/7/2020 at 11:59PM, plumclip.wav, ChangeBitRes.m, ChangeBitRes_Truncate.m, gradesheet
- Week 5: Discrete Filters Lab, Due: 4/14/2020 at 11:59PM, plumclip_4bit.wav, gradesheet
- Week 6: Image Processing Lab, Due: 4/21/2020 at 11:59PM, peppers.png, gradesheet
- Week 7: No Lab assignment this week!
- Week 8: System Poles and Zeros, Due: 5/5/2020 at 11:59PM, gradesheet
- Final Lab: Notch Filters and Inteference Removal, Due: 5/19/2020 at 11:59PM, data files, gradesheet
