Instructor: Tai-Chang Chen
Email: tcchen@uw.edu

Office: CSE (PAC) 238

Office hours: Tuesday: 9:00am-11:30am & 1-2pm

TAs: Yong Jin Lee; email: zeroth@uw.edu

Office: EEB 333

Office hours: Tuesdays & Thursdays 1-2pm

Leon Wu; email: phw2@uw.edu

Office: EEB 333

Office hours: Tuesdays 2-3pm; Thursdays 11-12pm


 

 

Welcome to EE 341

 


Course Goals:
We will continue our study of linear systems by focusing on more modern and widely-applied discrete time signals, systems, transforms. We will also use computer simulation to illustrate better both discrete-time domain and frequency domain signal processing operations. Our frequency domain characterizations will include discrete-time (DT) versions of the Fourier series (for exactly periodic DT signals), the Fourier transform (for aperiodic DT signals), and the z-transform (for non-steady state DT signals – like the Laplace transform, but for DT signals). Part of the responsibility of this course is to continue learning MATLAB™.

 

 

 

 

 

 

Announcements

WEEK 11 (06/10-06/12):

Final exam is at 8:30am 06/12

•Open books and notes
•No electronic devices allowed
•Covers all the materials

Topics:

•Chapter 1: transformation of n, types of DT signals, key DT signals; properties of DT systems.
•Chapter 2: DT convolution & LCCDE
•Chapter 3: DTFS; transfer function
•Chapter 5: DTFT, properties of FT, DFT, FFT, LCCDE & DTFT
•Chapter 10: z-transform with ROCs, inverse z-transform, (properties of z-transform), ROC, pole-zero plot, stability, causality, & LCCDE.

 

 

 

 

 

 

Course Syllabus

Course Syllabus