EE360D Signals and Systems I Discussion

Fall 2021, University of Nevada, Las Vegas

Last Edited on 12/03/21 at 8:15pm using Word

Syllabus can be found here

Homework assignments and due dates are located here

In this course we will make extensive use of MATLAB.

Examples from the lecture can be found in ee360d_f21.zip.

Textbook: Deterministic and Stochastic Signals and Linear Systems[UNPUBLISHED] (Dr. Stubberud’s Handouts)

Workbook: Schaum’s Outline of Signals and Systems, Fourth Edition

Instructor: David Santiago

Time: Friday 5:30 to 6:30 PM

Course dates: Monday, August 23 to Wednesday, December 1

Location: TBE B348

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

Lectures:

December 3 – lec17_ee360d.pdf and lec17_ee360d_video – Review for the final

November 22 – lec16_ee360d.pdf and lec16_ee360d_video – Continue Z-Transforms, go over problems (q11)

November 19 – lec15_ee360d.pdf and lec15_ee360d_video – Begin the Z-Transform (q10)

November 13 – lec14_ee360d.pdf and lec14_ee360d_video – Review Laplace Transforms (q9)

November 10 – lec13_ee360d.pdf and lec13_ee360d_video – Continue Laplace Transforms

November 5 – lec12_ee360d.pdf and lec12_ee360d_video – Begin Laplace Transform (q8)

October 25 – lec11_ee360d.pdf and lec11_ee360d_video – The total response of LTI systems, Review for Exam 4 (q7) (archived notes)

October 15 – lec10_ee360d.pdf and lec10_ee360d_video – Review for Exam 3 (q6) (notes)

October 8 – lec9_ee360d.pdf and lec9_ee360d_video – Discuss more convolution

October 1 – lec8_ee360d.pdf and lec8_ee360d_video – Convolution (q5)

September 24 – lec7_ee360d.pdf and lec7_ee360d_video – Review for exam 2 (q4) (q4EC)

September 19 – lec6_ee360d.pdf and lec6_ee360d_video – State Space Equations

September 15 – lec5_ee360d.pdf and lec5_ee360d_video – Implementing Difference equations

September 10 – lec4_ee360d.pdf and lec4_ee360d_video – Begin chapter 2: Systems, discuss linear difference equations (q3)

September 3 – lec3_ee360d.pdf and lec3_ee360d_video – Review for exam 1 (q2)

August 30 – lec2_ee360d.pdf and lec2_ee360d_video – Advanced MATLAB Tricks

August 27 – lec1_ee360d.pdf and lec1_ee360d_video – Couse introduction, Intro to MATLAB (q1)

Policies

• No late work accepted.

• Cheating or plagiarism will result in an automatic F grade in the course
• Questions should be sent via Canvas in the discussion page so that similar questions may be answered only once.
• Do your best, always.

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