·        University of Dayton

·        Department of Electrical and Computer Engineering 

·        Internal ECE Webpage

·        Dr. Russell Hardie

 Dr. Russell Hardie, ECE561 - Fall 2006

DIGITAL SIGNAL PROCESSING I

ECE561 Links

·        Main

·        Syllabus

·        ECE 561 FTP Site

·        ECE 445 FTP Site

·        ECE 203 MATLAB

·        Supplementary Info

·        Good Reading

 

Announcements:

Please see Homework 4, Project 1, and Midterm Exam information below.

ECE561 Homework

#

Date assigned

Problems

Date due

Solutions

1

8/21/06

Read Chapter 1

N/A

N/A

2

8/24/06

Submit: 2.34, 2.38, 2.42, 2.46(a), 2.65

(Look at: 2.24, 2.30, 2.39, 2.57)

Thurs

8/31/06

 

3

9/5/06

Submit: 3.12, 3.75, 3.76, 3.84

Hint: 3.12 use inverse DTFT

3.75(b) use Eq. 3.63

(Look at LTI system pyramid)

Tues

9/12/06

 

4

9/18/06

Submit: 6.8, 6.40, 6.43

Hint: use MATLAB’s residuez() function

to compute the partial fraction expansions

Tues

9/26/06

 

5

10/6/06

Submit: 4.5, 4.11, and these questions

Tues

10/17/06

 

6

11/21/06

IIR filter design using bilinear transformation with Butterwoth filter.  Do not submit.

N/A

Will review in class

 

ECE561 Projects

#

Date assigned

Project

Date due

Comments

1

9/18/06

Double Notch Filter

10/3/06

Tentative due date, will discuss in class

2

10/24/06

Audio Graphic Equalizer

11/7/06

Extensions up to a week upon request

3

TBD

DSP Application

(Examples include using the Wiener filter, LMS adaptive filter, or LS filter in one of the 6 applications mentioned in class: system ID, signal restoration, signal prediction, noise cancellation, adaptive line enhancer, channel equalization).

12/5/06

(last day of class)

Report format

 

ECE561 Exams

Exam

Date

Topics

Comments

Midterm

10/5/06

Chapters 1-3, 6, ?

Tentative date, will discuss in class

Final

Tuesday Dec. 12, 2006

4:30-6:20 KL223

  • Extended LTI Pyramid
  • Windowing filter design
  • Bilinear transformation with Butterworth analog filter design
  • Sampling and reconstruction frequency analysis
  • Effective frequency response and impulse invariance
  • DFT definition & properties

You may bring notes on one side of one 8.5” x 11” sheet of paper (and calculator for basic calculations only).  I will provide Tables of Transforms and Properties as needed.