Purdue University
School of Electrical and Computer Engineering

EE301 Signals and Systems
Spring 2024

Exam 2: March 22 thru Brightspace. Coverage: Chaps. 3-4, Hmwks 5,6,7. Most emphasis on Chap. 4 and Hmwks 6,7. Executive Summary: MY versions of Table 4.1 and 4.2: My Versions of Tables 4.1 and 4.2 ; VIP Handout on Sinc Function Products/Sums: Sinc Function Fourier Transforms ; Note on Linearity of Fourier Transform Linearity of Fourier Transform

A walk-through solution for Exam 1 has been recorded and posted at Brightspace under Content as "Lectures 17-18.

Class meets MWF 2:30-3:20 pm in Lawson B155.

Textbook Coverage Order: Chaps 1,2,3,4,7,5 + Chap 10.

Purdue Honors Pledge

Prof. Michael D. Zoltowski

Main TA: Arnav Singh. email: sing1272@purdue.edu

Arnav's office hours:
Wednesday, 17:30-19:30 BHEE 047 Tables 1, 2
Thursday, 16:00-18:00 BHEE 047 Table 3
Friday, 16:00-18:00. BHEE 047 Table 1, 2

High-Level Course Overview

Time of Due Dates: Hmwks and Exams

VIP Course Information

Course Outline

Regular Class Time: MWF : 2:30-3:20 PM in LAWS B155.

INSTRUCTOR OFFICE HOURS: Prof Zoltowski in LWSN B134: Fridays at 1:30 pm before class

INSTRUCTOR EMAIL: michael.zoltowski@gmail.com or mikedz@purdue.edu

Catalog Course Description

Blank Pages

Mini-Tutorial on Complex Numbers: Complex Number Overview

HOMEWORKS:

Homework 1 on Signals.

Hmwk 1 Help. Problems 1.26, 1.36, 1.54 ; Mini-Write-Up on Prob. 1.26(c). ; Hmwk 1 Soln

Matlab code: rectangle function. ; Matlab code: unit step function.

M-file for function in Problem 1.21 ; M-file for time-transformatons on Hmwk 1 signal

Homework 2 on Systems. ; Hmwk 2 Help Prob. 1.27 ; Hmwk 2 Help Prob. 1.18

More Hmwk 2 Help: Help for Prob 1.20 Setting Prob 1.20 up Prob. 1.20 Set-Up ; Hmwk 2 Soln

Homework 3 on CT Convolution.

Hmwk 3 Help: Prob. 2.22(a) ; Problem 2.22 (e) ; Problem 2.22 (c) Note: h(t)= 2 ( u(t-1)-u(t-3)) ; Problem 2.40

More Hmwk 3 Help: Problem 2.11 ; Problem 2.23 ; Hmwk 3 Soln

Homework 4 on DT Convolution.

Prob. 2.28 Soln ; Hmwk 4 Help: Probs 2.26_2.5_2.21 ; Prob 2.24 Help

Homework 5 NOT turned in. See Hmwk 5 help in Chap. 3 section below

Homework 6 on Fourier Transform Due Sat, Mar 2, to Gradescope by 8 am. Use MY versions of Table 4.1 and 4.2: My Versions of Tables 4.1 and 4.2

Hmwk 6 Help: FT Examples Homework 6 Help ; Prob 4.1 Help Prob 4.1 Help ; Hmwk 6 Soln

Homework 7 on Fourier Transform Due Sat, Mar 9, to Gradescope by 8 am. Use MY versions of Table 4.1 and 4.2: My Versions of Tables 4.1 and 4.2

Hmwk 7 Help: FT Examples Homework 7 Help ; Hmwk 7 Soln

Homework 8 on Sampling Theory Due Mon, Apr 1, to Gradescope by 11:59 pm. Hmwk 8 Help Homework 8 Help ;

SCANNED-IN HMWK PROBLEMS FROM TEXT

Text Chap 1 Problem Statements.

Text Chap 2 Problem Statements.

Text Chap 3 Problem Statements.

Text Chap 4 Problem Statements.

Text Chap 5 Problem Statements.

Text Chap 7 Problem Statements.

TEXT SCANS PLUS SUPPLEMENTARY INSTRUCTOR NOTES:

Outline for Course Textbook.

Order that chapters will be covered: 1, 2, 3, 4, 7, 5, 10 (6, 8, 9 not covered).

CHAPTER 1: SIGNALS

High-Level Course Overview

Chapter 1 Outline.

Text Notes on Basic Signals.

The notes below will be covered on Jan. 8 and are helpful for Hmwk 1:

Notes on Signal Basics.

The notes below were covered on Jan. 10 and are helpful for Hmwk 1:

Notes on Discrete-Time Signal Basics.

M-file: Time-Scaling Examples ; M-file: DT Sinewaves

CHAPTER 1: SYSTEMS

Text Notes on System Properties.

The notes below were covered on Jan. 17 and are helpful for Hmwk 2:

Supplemental Notes on System Properties.

System Examples and Properties.

System Example 1.16 from Textbook.

The notes below were covered on Jan. 19 and are helpful for Hmwk 2:

Difference Eqns are DT LTI Systems.

CHAPTER 2: LTI SYSTEMS: IMPULSE RESPONSE AND CONVOLUTION

Text Notes on Convolution.

Text Notes on LTI System Properties.

The notes below were covered on Jan. 22 on CT convolution. (Sects. 2.2 and 2.3)

CT Convolution Derivation, Properties, and Basic Example ; CT Convolution Derivation: Visuals

CT Convolution: Calculus Analogy

The notes below were covered on Jan. 24 on CT convolution. (Sects. 2.2 and 2.3)

Convolution Example: Rectangular Pulse with Ramp-Up or Ramp-Down Line ;

Note on the Limits of the Convolution Integral

The notes below were covered on Jan. 26 and are helpful for Homework 3 (Sect. 2.5):

VIP *Basic Convolution Results* VIP Compilation of Notes for Exam 1

Impulse Rssponse of Basic CT LTI Systems

The notes below will be covered on Jan. 29 on DT convolution (Sect. 2.1)

Hmwk 3 Help: Prob. 2.22(a) ; Problem 2.22 (e) ; Problem 2.22 (c) ; Problem 2.40

More Hmwk 3 Help: Problem 2.11 ; Problem 2.23

**VIP** NEW: Convolve"Triangle" with Exponential ;; M-file Convolve Triangle with Exponential

The notes below will be covered on Jan. 31 on DT convolution (Sect. 2.1)

DT Convolution Derivation, Properties, and Basic Examples

The notes below will be covered on Feb. 2 and are helpful for Homework 4:

Additional Properties of DT Convolution Plus Examples ; Matlab code: DT Convolution Example.

Summary of Key Convolution Properties

The notes below were covered on Feb.5 and are helpful for Exam 1:

Approximate CT Convolution Via DT Convolution ; M-file convolve 2 geometric sequences ; M-file convolve 2 truncated geometric sequences ; Mfile convolve 2 Gaussian CT signals ; M-file convolve 2 Exponential CT signals ; ; Mfile convolve Rect and Ramp CT signals

The notes below were covered on Feb.7 and are helpful for Exam 1:

Impulse Response of Nonrecursive Difference Eqn

Examples of Simple First-Order Difference Equations

Inverse LTI Systems (Sect. 2.3.5)

Stability and Causality of DT & CT LTI Systems (Sects. 2.3.6-2.3.7)

Summary of Properties of LTI Systems Based on Impulse Response. (Sect. 2.3)

CHAPTER 3: FOURIER SERIES FOR PERIODIC SIGNALS

Text Notes on CT Fourier Series.

Text Notes on DT Fourier Series.

The notes below will be covered on Feb.9 covering key points of CT Fourier Series:

Basic and Key Points Underlying CT Fourier Series ; Vector Space Analogy

The notes below will be covered on Feb. 12 covering key points of DT Fourier Series:

Hmwk 5 Help for Chap 3 Problems on Fourier Series

Problem 3.22 on Fourier Series

Basic and Key Points Underlying DT Fourier Series

M-file to generate CT Rectangular Pulse Train

M-file to generate DT Rectangular Pulse Train

Industry Standard for how Orthogonal Sinewaves (OFDM) are used to Transmit Digital Data See Sect 5.6 on Page 39.

Chap. 3: Text Notes on Frequency Selective Filters.

CHAPTER 4: FOURIER TRANSFORM

Chap. 4, Part I: Text Notes on CT Fourier Transform.

Chap. 4, Part II: Text Notes on Convolution Property of Fourier Transform.

The notes below will be covered on Feb. 21 on Basic Fourier Transform Theory.

Basic Fourier Transform Theory Fourier Transform Fundamentals

Basic Fourier Transform Theory: Relationship to Chap 3 on Fourier Series Interpretation of Inverse Fourier Transform

Frequency Ranges of Biological, E&M, and other Signals.

The notes below will be covered on Feb. 23 on Basic Fourier Transform Theory.

Matlab Example of Fourier Transform Properties: Matlab Demo of FT Properties.

Symmetry Properties of Fourier Transform: Symmetry Properties of Fourier Transform.

VIP: Proofs of Fourier Transform Properties Plus Examples.

Proofs for Supplemental Properties of the Fourier Transform

The notes below on Fourier Transform Examples will be covered on Feb. 26 and are helpful for Hmwk. 6.

Fourier Transform Examples Fourier Transform Examples(Hmwk 6 Help)

Revised Table 4.1 of Fourier Transform Properties : Notation-Revised Table 4.1 plus Additional Properties ; Addl Table of Fourier Transform Pairs/Properties ; Calculus Analogy

The notes below on Fourier Transform Examples will be covered on Feb. 28

Some Fourier Transform results involving two sinc functions.

The notes below on Fourier Transform Examples will be covered on Mar. 1

Application of Fourier Transform Theory: Multiplying Signal by a Sinewave ; Frequency Allocation Chart compiled by FCC: Frequency Allocation Chart

Scan of Chapter 8 of O&W Textbook on Communication Theory: O&W Textbook Chap. 8.

Removing Negative Frequency Content in Transmitted Signal.

Example for Removing Negative Frequency Content in Transmitted Signal.

Matlab Demo of Single Sideband Modulation.

Fourier Transform of Finite Length Sinewaves: Fourier Transform of Finite Length Sinewaves

The FT notes below on Multiplying a Signal by a Sinewave and Removing Negative Frequency Content to be covered on Mar. 4

The notes below will be covered on Mar. 6

VIP Handout for Exam 2 on Sinc Function Products: Sinc Function Products

Notes on Response of LTI system to sinewaves.

Hmwk 7 Help: add'l FT Examples Homework 7 Help

The notes below on Further Insights into the Fourier Transform will be covered on Mar. 8 and are helpful for Exam 2.

Interpretation of Phase of Fourier Transform: Special Case of Linear Phase: Interpretation of Phase of Fourier Transform

Exam 2 Help: add'l FT Example: Text Prob 4.25 Text Prob. 4.25

Fourier Transform of Gaussian Signal and Related Results VIP Info for Exam 2

Additional Insights into Fourier Transform Fourier Transform Insights

Fourier Transform Tables where units for frequency variable is Hertz: Fourier Transform Tables

Wikipedia on Sinc Function: The Sinc Function.

CHAPTER 7: SAMPLING THEORY

Chap. 7 Text Notes on Sampling Theory.

The notes below on Basic Sampling Theory will be covered on Mar. 25and use figures from the beginning of Chapter 7 in the text.

Basic Sampling Theory Basic Sampling Theory ; Sample Time Invariance

M-file for Illustrating Sampling Theory

M-file for Illustrating Sampling Theory for Sinewave

The notes below on Sampling Theory will be covered on Mar. 27

Sampling Theory Reprise: Ideal Reconstruction of Bandlimited Signal from its Samples Ideal Signal Reconstruction

Homework 8 Help.

The notes below on Basic Sampling Theory will be covered on Mar. 29 related to Sampling Theory.

Sample Time Invariance

The notes below related to Sampling Theory will be covered on Apr.1

Discrete-Time Fourier Transform (DTFT)Basics DTFT Basics

Below is VIP information on the Benefits of Digital over Analog in terms of Storage, Transmission, and Flexibility/Programmability

Digital Upsampling for Practical D/A Conversion Apr. 3

DigitalUpsampling

Advantages of Digital over Analog, Part I: Digital Communications and Regeneration

Advantages of Digital over Analog, Part II Error Correcting Codes

Matlab example of LDPC code: 1 bit per symbol ldpceg.m ; Matlab example of LDPC code: 2 bits per symbol ldpcQAMeg.m

Matlab example of Digital Upsampling and Zero-Order-Hold DAC ZOHeg2.m

Illustration of Quantization and Binary Encoding ; Additional Material Including Real-World Signal Bandwidths

Specs for TI DAC chip for Digital Audio with 96 KHz Sampling and 24 bits/sample

Wikipedia on how information is stored and read off a CD-ROM/DVD. add'l link: How binary bit are stored and read off a CD-ROM/DVD.

CHAPTER 5: DISCRETE-TIME FOURIER TRANSFORM

Chap. 5: Text Notes on DT Fourier Transform.

Chap. 5: Text Notes on DT Fourier Transform -- Second Half..

The notes below on the Discrete-Time Fourier Transform (DTFT) were covered on Apr.15 and also relate the DTFT to the CT Fourier Transform:

Discrete-Time Fourier Transform (DTFT)Basics DTFT Basics

The notes below related to the DTFT and helpful for Hmwk 9 will be covered on Apr.15

DTFT Properties and Examples DTFT Properties/Examples Revised Table 5.1 of DT Fourier Transform Properties : Notation-Revised Table 5.1 and Table 5.2

Help for Prob 5.21 (Hmwk 9) on Chap. 5 DTFT Properties/Pairs

Help for Prob 5.35 (Hmwk 9) on Chap. 5 DTFT All-Pass Filters

Better version of Tables 5.1 and 5.2

Exam 3 Help Problem

Exam 3 Big Picture

Revised Table 5.1 of DT Fourier Transform Properties : Notation-Revised Table 5.1

CTFT-DTFT Relationship for a Sampled Sinewave.

CTFT-DTFT Relationship Plus Example for Exam 3.

Notes on Relationship of DTFT to CTFT.

Supplemental notes on Chap.5 related to frequency response of LTI systems described by difference equations. Chap. 5 Supplement

CHAPTER 10: Z-TRANSFORM

The notes below related to the Z-Transform and will be covered on Apr. 27-29

Chap. 10: Text Notes on Z-Transform -- First Half.

Chap. 10: Text Notes on Z-Transform -- Second Half.

VIP "Big Picture" notes tying together Chapters 4, 5, 7, and 10: Relationship between DT and CT Fourier Transform

The notes below related to the Z-Transform and will be covered on Apr. 29

VIP Last Week Notes Laplace Transform - Z Tranform

Z-Transform Basics. Z-Transform Basics

Handout on Chap.10 material: Z-Transform. Z-Transform: Main Handout

Handout on Graphical Frequency Response. GraphicalFrequencyResponse.pdf

Supplemental notes on All-Pass Filters. All-Pass Filters

Help for Prob 5.35 (Hmwk 9) on Chap. 5 DTFT All-Pass Filters

Material for lecture on CAT Scans and the Theory of 2-D Fourier Transforms: 2-D Fourier Transform and CAT Scan Theory

Notes on Theory of Two-Dimensional Signals and 2-D Fourier Transform 2-D Signals, Systems, and Transforms

Reference for CAT Scan Theory, and 2-D Fourier Transform: Section_6.4 ; Supplementary Notes: Theory of CT Scans


Exam 1: Coverage: Chaps. 1-2, Hmwks 1-4. More emphasis on Chap. 2. Open-Book plus one 8.5 x11 crib sheet. Exam 1 Cover Sheet: Exam 1 Cover Sheet Executive Summary: Executive Summary for Exam 1 ;


OLD EXAM 1's:

Example Problem for Exam 1 from Spring 2019: Example: Convolution Trick

Exam 1 from Spring 2020: Exam 1 ; Exam 1 Soln: Exam 1 Solution Exam 1 Stats: Exam 1 Stats

Exam 1 from Spring 2019: Exam 1 ; Exam 1 Soln: Exam 1 Solution Exam 1 Stats: Exam 1 Stats

Exam 1 from Spring 2018: Exam 1 ; Exam 1 Soln: Exam 1 Solution

Exam 1: Exam 1 ; Exam 1 Soln: Exam 1 Solution ; Exam 1 Stats: Exam 1 Stats

Exam 1 from Spring 2016: Exam 1 ; Exam 1 Soln: Exam 1 Soln ; ; Exam 1 Stats: Exam 1 Stats ;

Exam 1: Thurs., Feb. 25, in ME 1061 4:30-5:45 pm. Exam 1 ;; Condensed Exam 1

Exam 1 from Spring 2015: Exam 1 and Solution to Exam 1.

Exam 1 from Spring 2014: Exam 1 and Solution to Exam 1.

Exam 1 from Spring 2013: Exam 1 and Solution to Exam 1. ; Histogram of Scores ; Histogram and Stats in pdf

Exam 1 from Spring 2012: Exam 1 and Solution to Exam 1. , and B&W Solution with Point Breakdown. , Histogram of Scores and Statistics

Exam 1 from Spring 2011: Exam 1 and Solution to Exam 1. , Note on Integrators with Finite Limits

Exam 1 from Spring 2010: Exam 1 and Solution to Exam 1.

Exam 1 from Spring 2009: Exam 1 and Solution to Exam 1.

Exam 1 from Spring 2008: Exam 1 and Solution to Exam 1.

Exam 1 from Spring 2007: Exam 1 and Solution to Exam 1.

Exam 1 from Spring 2005: Exam 1 and Solution to Exam 1.

Exam 1 from Spring 2004: Spring 2004 Exam 1 and Solutions

and Solution to Exam 1.

Fall 2002 Exam 1. Solutions

Fall 1998 Exam 1. Solutions

Spring 1999 Exam 1. Solutions

OLD EXAM 2's :

Exam 2 Coverage: Primarily Text Chapter 4, Homeworks 6-7. The primary topic covered is the Fourier Transform, properties and pairs. Only a single handwritten two-sided crib sheet is allowed for this exam, in addition to the textbook (open book) No calculators. A table of Fourier Transform properties will be attached to the exam, with the j notation removed and some additions (e.g. Duality property) relative to Table 4.1 in the textbook.

Exam 2 from Spring 2019: Exam 2 ; Unverified Soln: Exam 2 Solution ; Exam 2 Stats: Exam 2 Statistics

Exam 2 from Spring 2018: Exam 2 ; Exam 2 Soln: Exam 2 Solution ; Exam 2 Stats: Exam 2 Statistics

Exam 2 from Spring 2017: Exam 2 ; Exam 2 Soln: Exam 2 Solution ; Exam 2 Stats: Exam 2 Statistics

Exam 2 from Spring 2016: Exam 2 SP 2016 and solution Solution to Exam 2.

Exam 2 from Spring 2015: Exam 2 SP 2015 and solution Solution to Exam 2.

Exam 2 from Spring 2014: Exam 2 SP 2014 and solution Solution to Exam 2.

Exam 2 from Spring 2013: Exam 2 SP 2013 and solution Solution to Exam 2.

Exam 2 from Spring 2012: Exam 2 SP 2012 and solution Solution to Exam 2. , Exam 2 Statistics. ; Example Problem 2 Solution.

Exam 2 from Spring 2011: Exam 2 SP 2011 and Tables and Block Diagrams and Extra Handout and Solution to Exam 2. , Exam 2 Statistics.

Exam 2 from Spring 2010: Exam 2 SP 2010 and Solution to 2010 Exam 2. and Block Diagrams

Exam 2 from Spring 2009: Exam 2 SP 2009 and Solution to 2009 Exam 2. and Block Diagrams

Exam 2 from Spring 2008: Exam 2 SP 2008 and Solution to 2008 Exam 2.

Exam 2 from Spring 2007: Exam 2 SP 2007 and Solution to 2007 Exam 2.

Exam 2 from Spring 2005: Exam 2 SP 2005 and Solution to 2005 Exam 2.

Exam 2 from Spring 2004: Exam 2 SP 2004 and Solution to 2004 Exam 2.

OLD EXAM 3's:

Exam 3 Coverage: Primarily Text Chapters 7 and 5, Homeworks 8-9. Primary coverage topics: Sampling Theory and Discrete-Time Fourier Transform, properties and pairs. Also, relationship between DTFT and Fourier Transform when the DT signal was obtained by sampling a CT (analog) signal. Also, frequency response of DT LTI systems described by difference equations.

Exam 3 SP 2019 ; Exam 3 Statistics

Exam 3 from Spring 2018: Exam 3 ; Exam 3 Soln: Exam 3 Solution ; Exam 3 Stats: Exam 3 Statistics

Exam 3 Spring 2017: Exam 3 ; Exam 3 Soln: Exam 3 Solution ; Exam 3 Stats: Exam 3 Statistics

Exam 3 Spring 2016: Exam 3 ; Exam 3 Soln: Exam 3 Soln ; ; Exam 3 Stats: Exam 3 Stats ;

Exam 3 from Spring 2015: Solution: Exam 3 Solution ; Exam 3 Statistics: Exam 3 Stats

Exam 3 from Spring 2014 Exam 3 and Solution to Exam 3.

Exam 3 from Spring 2013 Exam 3 and Solution to Exam 3. ; Histogram of Scores ; Histogram and Stats in pdf

Exam 3 from Spring 2012: Exam 3 SP 2012 and solution Solution to Exam 3. ; Exam 3 Statistics. ; Exam 3 Statistics.

Exam 3 from Spring 2011: Exam 3 SP 2011 and Tables and Extra Handout and Solution to 2011 Exam 3. and Exam 3 Statistics.

Exam 3 from Spring 2010: Exam 3 SP 2010 and Solution to 2010 Exam 3. Matlab Help CTFT Exam3soln.m ; Matlab Help DTFT Exam3solnRads.m ;

Exam 3 from Spring 2009: Exam 3 SP 2009 and Solution to 2009 Exam 3.

Exam 3 from Spring 2008: Exam 3 SP 2008 and Solution to 2008 Exam 3.

Exam 3 from Spring 2007: Exam 3 SP 2007 and Solution to 2007 Exam 3.

Exam 3 from Spring 2005: Exam 3 SP 2005 and Solution to 2005 Exam 3.

Exam 3 from Spring 2004: Exam 3 SP 2004 and Solution to 2004 Exam 3.

OLD FINAL EXAMs:

Final Exam from Spring 2019: Final Exam SP 2019 ; Solution: Final Exam SP2019 Solution ; Better Solution: Better Final SP2019 Solution

Final Exam from Spring 2018: Final Exam SP 2018 ; Solution to Problem 3.

Final Exam from Spring 2017: Final Exam SP 2017 ; Solution: Final Exam SP2017 Solution

Final Exam from Spring 2016 Final Exam SP 2016 ; Final Exam SP 2016 Solution

Final Exam from Spring 2015 Final Exam SP 2015 Solution: Final Exam SP 2015 Solution

Final Exam from Spring 2014 Final Exam and Soln to Spring 2014 Final Exam.

Final Exam from Spring 2013 Final Exam and Solution to Final Exam.

Final Exam from Spring 2012: Final Exam SP 2012 and Solution to 2012 Final Exam.

Final Exam from Spring 2011: Final Exam SP 2011 and Solution to 2011 Final Exam.

Final Exam from Spring 2010: Final Exam SP 2010 .

Final Exam from Spring 2009: Final Exam SP 2009 .

Final Exam from Spring 2008: Final Exam SP 2008 .

Final Exam from Spring 2007: Final Exam SP 2007 .

Final Exam from Spring 2005: Final Exam SP 2005 .

Final Exam from Spring 2004: Final Exam SP 2004 .

Excellent Tutorial Article on Error Control Coding

Illustration of Quantization and Binary Encoding

Powerpoint tutorial on digital communications

PDF version of tutorial on digital communications

Wikipedia on how information is stored and read off a CD-ROM/DVD.

Current Frequency Allocation Table by Federal Communications Commission

VIP Link for Frequency Allocation

Medical School Used Seinfeld as Educational Tool

Seinfeld: George and Marine Biology Seinfeld: Marine Biologist

Seinfeld: Kramer vs Mail Fraud Seinfeld: Kramer vs The Mail.

Seinfeld_Kramer Challenged

Seinfeld: Kramer Assman Seinfeld: Kramer Assman

Seinfeld: Kramer Gets a Job Seinfeld: Kramer Gets a Job

Seinfeld: Kramer Chicken Roaster Seinfeld: Kramer Chicken Roasters.

Seinfeld: Elaine and Dancing Seinfeld: Elaine Dancing.

Seinfeld: Kramer Stops Talking Seinfeld: Kramer Stops Talking

Seinfeld: George the Bad Boy Seinfeld: George the Bad Boy.

Seinfeld: George Bootlegger Blooper Seinfeld: George Bootlegger Blooper.

Seinfeld: George and Jerk-Store Comeback Seinfeld: George and Jerk-Store Comeback.

Seinfeld: George and Marine Biology Seinfeld: Marine Biologist

Seinfeld: George "It's not you, it's me" Seinfeld: George "It's not you, it's me".

Seinfeld: The Lip Reader Seinfeld: The Lip Reader.

Seinfeld: Kramer Pipe Night Seinfeld: Kramer Pipe Night.

Seinfeld: Pipe Night Blooper Seinfeld: Pipe Night Blooper.

Seinfeld: Kramer and Jerry's Apartment Seinfeld: Kramer and Jerry's Apartment.

Seinfeld: Kramer and Merv Griffin Show Seinfeld: Kramer and Merv Griffin Show.

Seinfeld: George's Opposite Religion Seinfeld: George Opposite Religion

Seinfeld: Kramer is Batman Seinfeld: Kramer is Batman

Seinfeld: Kramer and Merv Griffin Show Seinfeld: Kramer and Merv Griffin Show.

Seinfeld: The Lopper Seinfeld: The Lopper

Seinfeld: Kramerica Industries Seinfeld: Kramerica Industries.

Seinfeld: Kramer and Mail Fraud Seinfeld: Kramer and Mail Fraud.

Seinfeld: George and Marine Biology Seinfeld: Marine Biologist

Seinfeld: Kramer and Novacaine Seinfeld: Kramer and Novacaine.

Seinfeld: Kramer Karate Sessions Seinfeld: Kramer and Karate.

Seinfeld: Black Market Shower Heads Seinfeld: Low-Flow Shower Heads.

Seinfeld: George and Jerk-Store Comeback Seinfeld: George and Jerk-Store Comeback.

Seinfeld: Kramer and Mail Fraud Seinfeld: Kramer and Mail Fraud.

Seinfeld: Keith Hernandez Part 1 Seinfeld: Keith Hernandez Part 1

Seinfeld: Keith Hernandez Part 1 Seinfeld: Keith Hernandez Part 2

Seinfeld: George and Fire at Children's Party Seinfeld: George and Fire at Children's Party

Seinfeld: Kramer's License Plates Seinfeld: Kramer's License Plates

Seinfeld: George and Blind Date Seinfeld: George and Blind Date

Seinfeld: George and Fire at Children's Party Seinfeld: George and Fire at Children's Party

Seinfeld: George's Opposite Religion Seinfeld: George Opposite Religion

Seinfeld: Nothing Higher Than Architect Seinfeld: George and the Architect.

Seinfeld: Kramer/Newman and Bottle Deposit Refund Seinfeld: Kramer/Newman and Bottle Deposit Refund

Seinfeld: Mechanic becomes attached to Jerry's Car Seinfeld: Mechanic becomes attached to Jerry's Car.

Seinfeld: Kramer/Newman Rickshaw Idea Seinfeld: Kramer/Newman Rickshaw Idea.

Seinfeld: Kramer & Jerry's Apt Seinfeld: Kramer & Jerry's Apt

Seinfeld: Kramer is Batman Seinfeld: Kramer is Batman

Seinfeld: Kramer Chicken Roaster Seinfeld: Kramer Chicken Roasters.

Seinfeld: Not that there's anything wrong with that Seinfeld: Not that there's anything wrong with that


Supplementary reading materials:

Reference: Prof Bouman's Lecture Notes.

Previous Class Offering (inc. Exams and Hmwks plus solutions.)

Supplementary Notes on Fourier Series and Linear Algebra.

Ken Fischer's Web Supplements (CT convolution; DT convolution).