ECE 223: Course Outline
- Complex Sinusoids (Lecture
1)
- DT Fourier Series (Lecture
2)
- CT Fourier Series (Lectures
3-4)
- DT Fourier Transform (Lectures
5-6)
- CT Fourier Transform (Lectures
7-8)
- Fourier Transforms' Properties
(Lectures 9-11)
- Discrete Time Filters (Lecture
12)
- Practical discrete-time filters
- Sampling (Lectures 13-15.5)
- Impulse-train sampling and zero-order
hold sampling
- Signal reconstruction by interpolation
- The sampling theorem
- Aliasing
- Discrete-time processing of
continuous-time signals
- Sampling discrete-time signals:
decimation & interpolation
- Introduction to Communications
(Lectures 15.5-16)
- Complex exponential modulation
- Sinusoidal amplitude modulation
- Demodulation: synchronous &
asynchronous
- Frequency-division multiplexing
- Single-sideband amplitude modulation
- FFT (Lecture 17)
Total: 17 lectures (10 weeks)
- Notes
- Two lectures are used for in-class
midterm exams.
- One lecture falls on a university
holiday.
- Each lecture is 1 hour 50 minutes
long.
- This outline follows the content
of most texts on signals and systems including Oppenheim &
Willsky's and Haykin & Van Veen's textbooks.
Revised 6.23.05