EE360D Signals
and Systems I Discussion
Fall 2020, University of Nevada,
Las Vegas
Homework assignments and due dates are
located here
In this course we will make extensive
use of MATLAB.
Textbook: Deterministic
and Stochastic Signals and Linear Systems[UNPUBLISHED] (Dr. Stubberuds Handouts)
Workbook: Schaums
Outline of Signals and Systems, Fourth Edition
Instructor: David Santiago
Time: Offered as an
online class to on-campus UNLV students
Course dates: Monday, August
24 to Wednesday, December 2
Location: Offered as an
online class to on-campus UNLV students
Holidays: Monday, September
6 (Labor Day)
Course content Introduction
to signals and systems theory, analysis of continuous-time and discrete-time
signals and systems.
Usage of differential
equations (analog/discrete), and practical simulations on The Laplace Transform
and Z-Transform. Credits: 1
Corequisite:
EE 360; Prerequisite: EE 221 or EE 292, and MATH 431
Note: CA = Computer Assignment
November 11 lec11_ee360d.pdf and lec11_ee360d_video The Z-Transform,
discuss CA 6
November 7 lec10_ee360.pdf
and lec10_ee360d_video Continue reviewing
The Laplace Transform, finish CA 5
November 1 lec9_ee360d.pdf
and lec9_ee360d_video The Laplace
Transform, go over example
October 23 lec8_ee360d.pdf
and lec8_ee360d_video Zoom call,
discuss CA 4
October 21 lec7_ee360d.pdf
and lec7_ee360d_video- Intro to Impulse
Responses
October 9 lec6_ee360d_video Convolution and CA
3
September 26 lec5_ee360d_video State Space
Equations, finish CA 2
September 11 lec4_ee360d_video Introduction to
Block Diagrams, start CA 2
September 4 lec3_ee360d_video Zoom call, further
discussing CA 1 (+ lec3_ee360d_video_opt
- Advanced MATLAB Tricks)
September 2 lec2_ee360d_video - Basic MATLAB
coding, discuss CA 1
August 28 lec1_ee360d_video - First Zoom Call,
course introduction, intro to MATLAB
Policies
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