Lectures

1. Continuous Time Signals
2. Discrete Time Signals
3. Continuous Time Systems
4. Discrete Time Systems
5. Continuous Time System Response
6. Discrete Time System Response
7. Spectrum Signals
8. Fourier Series
9. Fourier Transform
10. Frequency Response
11. Spectrum
12. Fourier System Response
13. Sampling
14. Aliasing and Reconstruction
15. Discrete-time Fourier Transform
16. Discrete-time Frequency Response
17. Discrete Fourier Transform and Fast Fourier Transform
18. Laplace Transform
19. Transfer Functions
20. Laplace System Response
21. z-Transform
22. Discrete-time Transfer Functions
23. Digital Filtering
24. Digital Filter Design

Concepts

• additivity
• analog
• bandlimited
• Digital signals
• Dirac delta function
• Dirichlet conditions
• Discrete-time signals
• fundamental frequency
• fundamental period
• homogeneity
• impulse signals
• impulse train
• Nyquist interval
• Nyquist rate
• periodic
• principal alias
• pulse signals
• spectrum
• SQNR
• step signals
• Sum of complex exponentials
• Sum of cosines
• Sum of cosines and sines
• Sum of sines

Sources

• Aliasing and reconstruction
• Continuous-time signals
• Continuous-time system response
• Continuous-time systems
• Dft and fft
• Discrete-time signals
• Discrete-time system response
• Discrete-time systems
• Dt frequency response
• Dtft
• Dtft table (course handout)
• Fourier series
• Fourier transform
• Fourier transform table (course handout)
• Frequency response
• Laplace transform
• Laplace transform table (course handout)
• Sampling
• Sinusoidal signal
• Sinusoidal signals
• Spectrum
• Spectrum modulated signals
• Spectrum sinusoidal signals
• System response
• Transfer functions
• Z-transform
• Z-transform table (course handout)