Class

Date

Topics

1

Jan 2, 2002

Signals, Systems, and Signal Processing. Basic Elements of a Digital Signal Processing. Signal Types

2

Jan , 2002

Continuous-Time Versus Discrete-Time Signals. Continuous-Valued Versus Discrete-Valued Signal. The Concept of Frequency in Continuous-Time and Discrete-Time Signal

3

Jan 7, 2002

Analog-to-Digital Conversion (ADC). Sampling of Analog Signals

6

Jan 14, 2002

Discrete-Time Signals. Some Elementary Discrete-Time Signals. Energy signals and Power signals. Symmetric (even) and antisymmetric (odd) signals. Simple Manipulation of x(n)

7

Jan 16, 2002

Addition, Multiplication, and scaling of sequences. Input-Output Description of Systems

8

Jan 18, 2002

Classification of Discrete-Time Systems. Interconnection of Discrete-Time Systems

Jan 21, 2002

Holiday, Martin Luther King's Birthday

9

Jan 23, 2002

Analysis of Linear Systems. The convolution

10

Causal LTI Systems. Stability of LTI Systems. 2.4.1 Recursive and Nonrecursive Discrete-Time Syste

11

Jan 28, 2002

Constant-Coefficient Difference Equations and Solutions

12

Jan 30, 2002

Implementation of Discrete-Time Systems

13

Feb 1, 2002

14

Feb 4, 2002

15

Feb 6, 2002

16

Feb 8, 2002

17

Feb 11, 2002

18

Feb 13, 2002

Properties of z-Transform

Feb 15, 2002

Holiday

19

Feb 18, 2002

Rational Z-Transform, Poles and Zeros, Pole Location and Time-Domain behavior for Causal Signals, The system Function of a Linear Time -Invariant System

20

Feb 20, 2002

The inverse of the z-transform..The Inverse z-transform by Power Series Expansion The inverse z-transform by Partial Fraction Expansion

21

The inverse z-transform by Partial Fraction Expansion (cont)

22

Feb 25, 2002

The One-Side z-Transform

23

Feb 27, 2002

Solution of Difference Equation. Analysis of LTI Systems in the z-Domaina. Response of System with Rational System Function, b. Response of Pole-zero System with Nonzero Initial Condition.

24

March 1, 2002

Solution of Homework #4