Schedule - Fall 2005

This schedule is tenative. It may be altered during the semester depending on the ability and needs of the students.

1 Tu Aug 23 Introduction to Signals 1, 2.1
2 Th Aug 25 Convolution 2.5
3 Tu Aug 30 Introduction to Systems 2.2-2.5
4 Th Sep 1 Fourier Transforms 3.1
5 Tu Sep 6 Periodic and Finite-Duration Sequences
6 Th Sep 8 Discrete Fourier Transform (DFT) 3.2
7 Tu Sep 13 Z-Transforms 3.7-3.8
8 Th Sep 15 Inverse Z-Transform 3.9
9 Tu Sep 20 Introduction to Filters 4.1-4.2
10 Th Sep 22 Phase Considerations 4.2-4.3
11 Tu Sep 27 review
12 Th Sep 29 Test 1
13 Tu Oct 4 Z-Transform Properties of filter 4.4-4.6
14 Th Oct 6 Convolution Using DFT 3.6

TuOct 11midterm break
15 Th Oct 13
4.7-4.8
16 Tu Oct 18
5.1-5.3
17 Th Oct 20 Review of Analog Filters 5.4-5.5
18 Tu Oct 25 Filter Design Techniques (IIR) 9
19 Th Oct 27 Filter Design Techniques (FIR) 10
20 Tu Nov 1 Filter Design Examples
21 Th Nov 3 Test 2
22 Tu Nov 8

23 Th Nov 10 filter structures 8
24 Tu Nov 15 Fast Fourier Transform (FFT) 9.3-9.4
25 Th Nov 17 Fourier Analysis of Nonstationary Signals 11
26 Tu Nov 22 IIR / FIRdesign

Th Nov 24 Thanksgiving
27 Tu Nov 29 FIR design / structures
28 Th Dec 1 Computation of DFT
29 Tu Dec 6

30 Tu Dec 13 Test 3


Maintained by John Loomis, last updated 27 October 2005