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Instructor:
Prof.
Gene
Cheung
Lectures:
M
11:30-13:00 R 13:00-14:30
Location:
Virtual!
(See links in eClass)
Labs:
F
13:00-16:00 M 17:30-20:30, M 14:30-17;30
Location:
Virtual!
(See links in eClass)
Office
Hours:
TR
10:00-11:00
Announcement
- 08/23/2020: Course homepage online.
Course
Summary
This
course
covers the fundamentals of signal processing
theories. Topics covered
include frequency analysis of continuous and
discrete signals, sampling
theorems, fast Fourier transform, analysis of linear
time-invariant
(LTI) systems.
Required
Textbook
- C.-T.
Chen, Signals
and Systems: A Fresh
Look, CreateSpace Independent
Publishing Platform, 2011. (also
available online HERE)
Supplementary
Material
- S.
Boyd, L. Vandenberghe, Introduction
to
Applied Linear Algebra:
Vectors, Matrices, and Least Squares,
Cambridge University
Press, 2018.
Evaluation
- Bi-weekly assignments (30%)
- Lab assignments (20%)
- Midterm (25%)
- Final (25%)
Course
Outline
(subject to change)
- Week 1: Signals
- Week 2: Basic Mathematics and MALAB
- Week 3: Frequency Spectra of CT Signals I
- Week 4: Frequency Spectra of CT Signals II
- Week 5: Frequency Spectra of DT Signals
- Week 6: Sampling Theorems
- Week 7 : Fast Fourier Transform (FFT)
- Week 8: Systems-memoryless
- Week 9: DT LTI Systems with Finite Memory
- Week 10: CT LTI and Lumped Systems
- Week 11: Quanlitative Analysis of CT LTI
Lumped
Systems
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