• Nov 6 

  • Lecture Week 12:
    • Optimal Filtering (Wiener Filters) Notes and section 12.7 in text
    • Begin Adaptive Filtering, chapter 13 in text and notes

   

• Oct 30 

  • Lecture Week 11:
    • Finish signal modeling notes, all pole and all zero modeling

  Oct 23 

  • Lecture Week 10:
    • Finished Probability review notes
    • Started signal modeling using AR systems, Yule-Walker Equations
    • No class on Wed Oct 25, midterms available outside of Coover 3123 by 12 noon on Oct 24, each test will be in a separate envelope

   

• Oct 16 

  • Lecture Week 9:
    • Derivatives of matrices and vectors, Reference in Wikipedia
    • Finish linear algebra notes.
    • Basic Probability (notes, courtesy of Dr. Dogandzic)
    • Homework 5, coming soon.

  Oct 9 

  • Lecture Week 8:
    • Midterm 1 is on Monday in class
    • Finish Linear Algebra Review (notes, courtesy of Dr. Dogandzic)

   

• Oct 2 

  • Lecture Week 7:
    • Discrete Fourier Transform Review (notes, courtesy of Dr. Dogandzic)
    • Linear Algebra Review (notes, courtesy of Dr. Dogandzic)
  • I will be on travel from 10/7-10/14, Midterm 1 will be Monday, Oct 9 in class. Dr. Dogandzic will give the lecture on Wed, Oct 11.

   

• Sept 25 

  • Lecture Week 6:
    • Interpolated FIR filters for multi-rate filters with stages
    • Filter banks, Perfect reconstruction, anti-aliasing  constraints.
  • Midterm 1 will be Monday, Oct 9 in class.
  • There will be a change in the course grading scheme to:
    • Homework:25%
    • Project 1: 15%
    • Final Project and Presentation: 30%
    • Midterms (2): 30%

  Sept 18 

  • Lecture Week 5:
    • Polyphase filters and rational rate-changing
    • Irrational rate-changing, filter specifications.

  • Talk on Monday Sept 19 in 1134 Sweeney at 4:30 PM, IEEE Comm Society Distinguished Lecturer

    Michael B. Pursley, Holcombe Professor, Clemson University

    Protocols for Adaptive Modulation and Coding in Dynamic Spectrum Access 
    Networks

  • I will be on travel from 9/19-9/21, Dr. Dogandzic will give the lecture on Wed.

   

• Sept 11 

  • Lecture Week 4:
    • Begin multirate signal processing, chapter 11 in text book
    • Simple decimation and interpolation, fractional sampling rates.
  • Homework 3 is posted. Bandpass sampling references are posted on the homework page. The homework will be due on Monday, Sept 18.
   
• Sept 4
  • Lecture Week 3: Only 1 lecture due to Labor day. Finish review of ideal sampling and Z transforms.
  • Homework 2 due on Wed.
• August 28
  • Lectures Week 2
    • Monday: Read Chapter 3, review Z transforms and their properties; HW 1 Due.
    • Wednesday: Start Chapter 4, Frequency response for discrete-time systems.
    • We will begin meeting 2 times/week this week from 10-11:15 in Marston 205
    • Homework 2: More review; From Textbook due on Wed, Sept 6.

      • 4.4

      • 4.7

      • 4.8

      • 4.13

      • 4.18

      • 4.23

  August 21  2006

  • Lectures Week 1
    • Monday: Course introduction and outline
    • Wednesday: Read Chap 2 before class, Notes on discrete-time signal and systems fundamentals (courtesy of Prof Dogandzic).
    • Friday: Continue notes from Wed, Correlation of discrete-time signals.
  • Homework 1 assigned, due 28 August.
   

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Page last edited 11/13/2006