EEL 3135 SIGNAL
AND SYSTEMS
Fall 2019 (U01)
Florida
International University
Department
of Electrical and Computer Engineering
Instructor:
Dr. Ou Bai
10555 W. Flagler Street, Room 3954
Telephone: (305) 348-3704, E-mail: obai@fiu.edu
Office Hours:
Either scheduled appointment or after class. Please send an email
to: obai@fiu.edu to make an appointment. Please include:
your name, preferred time (give three if possible), how long needed, what to
discuss and other necessary information.
Lectures:
Monday and Wednesday12:30PM – 1:45 PM at EC1114
Attendance:
Attendance
is considered mandatory. Any planned absence should be arranged in advance.
Course Objectives:
To provide students the necessary mathematical tools for upper-level courses in communication systems, control systems, and digital signal processing.
Course Description:
Semester
course; three lecture hours. Three credits. Prerequisites: MAP 2302
(Differential Equations). Explores the basic theory and application of signal
and systems including continuous and digital signal modeling, sampling and
aliasing, Fourier transform, Laplace transform, Z transform, and continuous and
discrete systems.
Relationship to ABET Student
Outcomes:
· Enhance
ability to apply knowledge of mathematics, science, and engineering
· Enhance ability to identify, formulate, and solve engineering problems
· Enhance ability to communicate effectively (in team-based project work)
· Recognizing the need for, and an ability to engage in life-long learning
· Enhance ability to use the techniques, skills, and modern engineering tools necessary for engineering practice (MATLAB).
Required Materials:
· Signal
Processing First, by James H. McClellan, Ronald W. Schafer, and Mark
A. Yoder: Prentice Hall, Upper Saddle River, NJ, 2003, ISBN 10: 0130909998
Reference Materials:
· Fundamentals
of Signals and Systems using the Web and MATLAB, 3/E, by Kamen and
Heck: Prentice Hall, Upper Saddle River, NJ, 2007, ISBN 10: 0131687379
· Signals,
Systems, and Transforms, 5/E, by Phillips, Parr and Riskin: Prentice
Hall, Upper Saddle River, NJ, 2014, ISBN
10: 0133506479
· Signals
and Systems using MATLAB, 2/E, by Chaparro: Academic Press, 2014, ISBN: 9780123948120
MATLAB Software:
Free access for
FIU students via EIC: https://eicapps.eng.fiu.edu/vpn/index.html
General:
· Attendance:
Regular attendance at all lectures is
expected and should be considered mandatory.
Failure to attend class will affect how well you perform on examinations
and will ultimately affect your grade.
Planned absences should be arranged in advance.
· Cell Phone
Usage - As a courtesy to others,
please disable all audible cell phone ringers during lectures and
laboratories. Do not take calls during
class! All wireless devices must be
disabled and stored during all exams and quizzes.
· Correspondence/Announcements: All messages related to this course will be sent to
your FIU mailing address only.
· Assignments/Materials: will be collected before Monday’s class.
Problem Sets:
· Problem sets will be assigned weekly. All assignments are pledged, meaning that the
work that you turn in must represent your own efforts. All assignments in the past week are due before
Tuesday’s lecture. Unless prior
arrangements are made, Late Assignments Will Not Be Accepted.
· Each student must perform his or her own work. Any work submitted must represent your own
effort.
Project Reports:
Project
will be group-based, two students for one group. The students may ask instructors
for finding a group member.
Course Grading:
Your final grade will be based on the following:
· Two/Three Exams (30%/20% each, the third
exam is optional): 60%
· Homework/Problem Sets: 20%
· Projects and Reports: 20%
Pledged
Examinations and Assignments:
The definition of a “Pledged” assignment means that the work was
completed independently, without giving
or receiving assistance from another person.
Exam/Quiz Guidelines:
· All examinations are pledged. Any collaboration of any kind is unacceptable
and will be considered an honor code violation.
During an exam you may not provide aid, help or assistance of any
kind. Further, you are strictly
prohibited from sharing any type of information or material such as pens, pencils
and or erasers with anyone. Do not talk
to or look at anyone during an exam.
· A missed examination or quiz cannot be made up and
will result in a score of zero. Any make
up examinations will be composed of a rigorous oral and written exam
administered by the instructor. These
examinations are only allowed for very special circumstances (i.e. treated
illness {by a non-student health services physician}, death in family). Further,
the make-up exam is also not guaranteed with the same level of test difficulty.
· All exams will be closed book and closed notes.
· Only the non-programmable calculators may be used
during exams.
· All personal electronic devices such as cell phones,
pagers or other wireless devices must be disabled and stored during all exams
and quizzes.
· No items of any sort may be shared during an
examination or quiz.
· Hats are not permitted during examinations.
· Special seating arrangements will be in effect during
all examinations. In order to assure
adequate separation between students you may be asked to change seating
positions. Please do not sit near your
best friend. If you are asked to move
please do so quickly and don’t take it personally. Time is always critical on an exam however
the exam will not begin until everyone is properly seated.
· If you are late, you will not be allowed to make up
the lost time.
· Collaboration, copying or cheating of any form on
exams or on any assignments is strictly forbidden. Any suspected violations will be referred to
the University Committee for further action.
Special Dates to Remember:
·
The last day to drop a course with DR grade is Monday, November
04, 2019
·
Last day of Fall semester classes December 7, 2019
·
Final Exam, Monday, December 9, 2019
|
Week |
Topics
and Tasks |
|
1 08/26/2019 |
Course Overview and Introduction Sinusoids (1) 1.
Sinusoidal Signals 2.
Review of Sine and Cosine Functions 3.
Sampling and Plotting Sinusoids |
|
2 09/02/2019 |
09/02 (No Class) Sinusoids (2) 4.
Complex Exponentials and Phasors 5. Notation
for Complex Numbers 6.
Euler’s Formula |
|
3 09/09/2019 |
Sinusoids (3) 7.
Phasor Addition Homework (1) Spectrum Representation (1) 1.
The Spectrum of a Sum of Sinusoids 2.
Beat Notes |
|
4 09/16/2019 |
Spectrum Representation (2) 1. Periodic
Waveforms 2. Time-Frequency
Spectrum Frequency
Modulation Due: Homework (1) Spectrum Representation (3) 1. Fourier
Series 2. Spectrum
of the Fourier Series 3. Fourier
Analysis of Periodic Signals Homework (2) |
|
5 09/23/2019 |
Sampling and Aliasing (1) 1. Sampling Spectrum
View of Sampling and Reconstruction Due: Homework (2) Sampling and Aliasing (2) 1. Discrete-to-Continuous
Conversion 2. The
Sampling Theorem Homework (3) |
|
6 09/30/2019 |
Homework
Review for Sinusoids Homework Review for Spectrum Representation Due: Homework (3) Homework Review for Sampling and Aliasing |
|
7 10/07/2019 |
Questions and Answers
for Section Exam 1 – No Class Sectional
Exam (1) |
|
8 10/14/2019 |
MATLAB:
Introduction MATLAB Project: Synthesis of Sinusoid Signals |
|
9 10/21/2019 |
FIR Filters (1) 1. Discrete-Time
Systems 2. The
Running-Average Filter 3. The
General FIR Filter FIR Filters (2) 1.
Implementation of FIR Filters 2.
Linear Time-Invariant (LTI) Systems 3.
Convolution and LTI Systems Homework (4) |
|
10 10/28/2019 |
Frequency Response of FIR Filters (1) 1.
Sinusoidal Response of FIR Systems 2.
Superposition and the Frequency
Response 3.
Steady-State and Transient Response 4.
Properties of the Frequency
Response 5.
Graphical Representation of the Frequency
Response Due: Homework (4) Frequency Response of
FIR Filters (2) 1. Cascaded
LTI Systems 2. Running-Average
Filtering 3. Filtering
Sampled Continuous-Time Signals Homework (5) |
|
11 11/04/2019 |
z-Transforms (1) 1.
Definition of the z-Transform 2.
The z-Transform and Linear
Systems 3.
Properties of the z-Transform 4.
The z-Transform as an
Operator 5.
Convolution and the z-Transform
Due: Homework (5) z-Transforms (2) 1.
Relationship Between the z-Domain
and the & Frequency Domain 2. Useful
Filters 3. Practical
Bandpass Filter Design 4. Properties
of Linear-Phase Filters Homework (6) |
|
12 11/11/2019 |
Veteran’s Day – No Class Homework Review for FIR Filter Homework Review for Frequency Response of FIR Filter Due: Homework (6) |
|
13 11/18/2019 |
Homework Review for Z Transform Self-Preparation of
Section 2 Exam – No Class |
|
14 11/25/2019 |
Sectional Exam (2) Questions and Answers for MATLAB Project – No
Class |
|
15 12/02/2019 |
Continuous-Time Signals and LTI Systems (1) 1. Continuous-Time
Signals 2. The Unit
Impulse 3. Continuous-Time
Systems 4.
Linear Time-Invariant Systems 5.
Impulse Responses of Basic LTI
System Homework (7) - Optional Questions and Answers
for Preparation of Optional Exam – No Class Due: MATLAB Project Report – Submit to Canvas
(12/06/2019) |
|
16 12/09/2019 |
Due: Homework (7) – Submit to Canvas (optional) Optional Exam |
* Homework is due
next Monday before class
EEL 3135 SIGNAL AND SYSTEMS
Fall 2018 (U01)
Florida
International University
Department
of Electrical and Computer Engineering
Assignment: HW1
Due: Tuesday, September XX,
2018
· Note: When submitting an assignment please include
the assignment cover page and staple all additional pages (Please - No
Folded or Torn Page Methods). Neatness
helps and counts. Also, if you are
submitting pages that have been torn from a spiral notebook, please remove or
trim the frayed edges.
This Assignment is Pledged
I hereby state that I have not given nor received aid
or help on this assignment and that the work I am submitting represents my own
individual effort.
Printed
Name:
Signature:
EEL 3135 SIGNAL AND SYSTEMS
Fall 2018 (U001)
Florida
International University
Department
of Electrical and Computer Engineering
Final Examination
December 2018
Florida International University
recognizes that honesty, truth, and integrity are values central to its mission
as an institution of higher education.
As such, academic dishonesty will be dealt with seriously. I therefore pledge to adhere to the FIU Honor
Policy (honors.fiu.edu/current_policy_standing.html)
and that I will not provide nor receive help and or assistance in any form
during this quiz/examination.
I understand that any
violation of the Honor Policy will be referred to the Office of Academic
Integrity including the Associate Vice Provost for Student Affairs.
HONOR PLEDGE
I hereby state that I have not given nor have I
received aid and or help of any kind on this examination and that the answers
and work I am submitting represents my own individual effort.
Printed
Name:
Signature:
The Sharing or Exchanging of Any Item is
Strictly Prohibited
All Cellular/Wireless Devices Must Be
Disabled and Stored
This Exam is Closed Book and Closed
Notes
12 PM to 2 PM