EENG-340-M01,  Networks-III
Text: Oppenheim "Signals & Systems"  2nd Edition, Prentice Hall, ISBN: 0-13-814757-4

Outline
1. Signals - review
               Continuos and discrete-time signals
               Periodic and aperiodic signals
               Elementary signals
2. Properties of continuos-time systems
               Linearity and nonlinearity
               Time-variance and invariance
               Systems with and without memory
               Causality
               Invertibility
3. Laplace Transform – review
              Bilateral & Unilateral Laplace Transform
               Properties
               Inverse Laplace Transform
               Applications
4. Fourier Series
               Orthogonal representations of signals
               Exponential Fourier series
               Dirichlet conditions
               Properties of Fourier series
5. Fourier Transform
               Continuos-time Fourier transform
               Properties of Fourier transform
               Applications
6. Discrete-time systems
               Discrete-time signals
               Modeling of discrete-time systems
7. Fourier analysis of discrete-time systems
               Fourier series representation of discrete-time periodic signals
               Discrete-time Fourier transform
               Sampling of continuos-time signals
8. Z-transform
               Definition and properties
               Applications
9. Discrete Fourier transform
               Discrete Fourier transform and its inverse
               Properties of discrete Fourier transform
               Fast Fourier transforms
               Applications