Lecture Outline for Fall 2005

1. Wednesday 8/24

   • Sections 1.1, 1.2: Introduction to the course.
     • Time-domain representation of continuous-time signals. Simple continuous-time signals: step, impulse, ramp and pulse. Using MATLAB to plot continuous-time signals.
   • Figures
     • MATLAB M-file for making a simple plot
     • MATLAB plot
     • MATLAB M-file for plots with step functions
     • MATLAB plot

2. Friday 8/26

   • Finish Secion 1.2.
   • Section 1.3: Time-domain representation of discrete-time signals.
     • Simple discrete-time signals: step, impulse, ramp and pulse. Using MATLAB to plot discrete-time signals.
   • Section 1.4: Examples of systems

3. Monday 8/29

   • Section 1.5.
   • Basic system properties
     • Causality
     • Memory
     • Linearity
     • Time Invariance

4. Wednesday 8/31

   • Finish Section 1.5.
   • Basic system properties
     • Causality
     • Memory
     • Linearity
     • Time Invariance
   • Section 2.1
     • Continuous-time systems described by differential equations
   • Section 2.2
     • Modeling of continuous time systems

5. Friday 9/2

   • Section 2.3
     • Discrete-time systems described by difference equations
   
   

   ---

   Bill Rison, <rison@nmt.edu >