# 
Date 
Title 
Read 
Homework & Handouts 
1 
31 Aug 
Introduction to DSP 
Chap 1 
Syllabus,
PS1,
PS1_ecg.txt
(rclick, save link as...) 
2 
5 Sep 
Discrete time signals overview 
2.12.1.2 
PS2 
3 
7 
Symmetry 
2.1.3 
PS3 
4 
12 
Common sequences, sampling 
2.3 
PS4 
5 
19 
DT Systems, examples and types 
2.4 
PS5 
6 
19 
Convolution 
2.5.1 
PS6 
7 
21 
Review for Test 1: signals and systems in the time
domain 

Test 1 study guide 
8 
26 
Test 1: DT Signals & Systems in the Time Domain 


9 
28 
DTFT  intuition and math 
3.1 
PS9 
10 
3 Oct 
DTFT  properties, Matlab 
3.1 
PS10 
11 
5 
DFT  intuition, math, and Matlab 
3.2 
PS11/12, due at start of lecture 13 
12 
10 
Changing between the DTFT, DFT 
3.3 
2 lesson assignment 

13 
12 
DFT properties, linear convolution w/ DFT 
3.4, 3.6 
PS13 

14 
17 
Z transform  math, intuition, properties 
3.73.8 
PS14,
Z transform
tables,
notation handout 
15 
20 
inverse Z transform by PFD 
3.9 
PS15,
student notes 

16 
21 
Review Test 2: signals in the freq domain 

Test 2 study guide 
17 
26 
Test 2: Signals in the frequency domain 


18 
31 
Transfer function: 3 perspectives 
notes 
none 
19 
1 Nov 
Steadystate vs causal responses 
notes 
PS19 
20 
7 
Geometric interpretation of pole/zero plots 

PS20 
21 
9 
FIR filters: Ideal and realizable LP, HP 

none 
22 
9 
was 13 Nov. Now 9 Nov @ 2000. FIR and IIR filters, C code 

PS22 
23 
14 
was 16 Nov. Now 14 Nov. Filter design using Matlab 

PS23 (includes class notes) 
24 
28 
Sampling of CT signals in the freq domain 
4.1,2 
Work on Lab 6 
25 
30 
DSP site visit 


26 
5 Dec 
Modern Topics in DSP 


27 
7 
Final exam review  Test 1 


28 
12 
Final exam review  Test 2 



17 
Final Exam, Sat 17 Dec 0830 




Lecture table not correct after this row 




(Lab problems in next table down are correct) 


40 
7 
Course admin, review Exam Block I 

Final exam study
guide 