Signals, Spectra and Signal Processing

 

LYCEUM OF SUBIC BAY COLLEGE OF ENGINEERING Lot 73 Central Business District, Subic Bay Freeport Zone Telefax: (047) 252 - 3157  

Course Name

SIGNALS, SPECTRA AND SIGNAL PROCESSING

Course Code/s

ELEE474, ECE324L

Applicable Programs

BSECE

Course Description

Continuous Time Signals and Systems Analysis, Representation and Study. 

Number of Units for Lecture and Lab

3 units lecture 1 unit lab 

Number of Contact Hours per semester

54 hours lecture 54 hours lab 

Prerequisite/s

Probability and Statistics  Advanc ed Eng Engineer ineering ing Mathema Mathematics tics

Co-requisite

None

Course Objectives

Upon completion of the course, the student must be able to conceptualize, analyze and design signals, spectra and signal processing system.  Topics

Course Outline

Hours

1. Introduction to CT Signals

3.0

2. Introduction to CT Systems

3.0

3. Time-Domain Analysis of LTIC Systems

6.0

4. CT Signals Representation using Fourier Series

9.0

5. Continuous Time Fourier Transform

6.0

6. Laplace Transform

3.0

7. Continuous Time Filters

9.0

8. Case Study for CT Systems

9.0

Laboratory Equipment Refer to attached lab requirements Textbook

Continuous and Discrete Time Signals and Systems by Mandal and Asif

Workbook/Manual

Signals Processing Lab Manual

Other References

Signals and Systems by Oppenheim, Signa ls and Systems (Schaum’s  Outline)

Prepared By

Melvin B. Calugay, ECE,MPS

Date

June 2013

Syllabus 

SIGNALS, SPECTRA AND SIGNAL PROCESSING

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LYCEUM OF SUBIC BAY COLLEGE OF ENGINEERING Lot 73 Central Business District, Subic Bay Freeport Zone Telefax: (047) 252 - 3157  

Grading System

 Attendance/S  Attend ance/Seatwo eatwork rk

20%

Quizzes/Homework

20%

Major Exam

60%

Prelim

July 15-17

Midterm

August 19-21

Prefinals

September 18-20

Finals

October 16-18 ***Project/s if any shall be passed for initial evaluation during the prefinals exam week and will be graded and passed for final evaluation a week before the final exams

Schedule of Exams

Project Requirement

 AM/FM/Gi bbs Ph Phenomen enomen on si simulate mulated d in Matlab, Simulink and Multisim with documents

RECIPE FOR SUCCESS   1. Take this course seriously, starting on the first day. That means scheduling study time everyday, starting today. 2. Read the chapter before the lecture. Read carefully, do not skim. 3. Read with a pen and notebook. Take notes while you read, and work out example problems. 4. Attend every lecture. 5. Don’t attempt the homework without studying the chapter first.   6. Don’t get isolated: Get in a study group. Go to the Help Room.   7. Start your assignments EARLY. If you wait till the last day, and you get stuck, you won’t have time to visit a TA. 8. Don’t fall behind; you’ll never catch up.   9. Just reading the text, attending lecture, and doing the home work is not enough. You have to understand the material. Test of understanding: If you can explain the material, in words, to someone else, without referring to the text, then you understand. This course is not about memorizing; it’s about understanding.  

Syllabus 

SIGNALS, SPECTRA AND SIGNAL PROCESSING

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LYCEUM OF SUBIC BAY COLLEGE OF ENGINEERING Lot 73 Central Business District, Subic Bay Freeport Zone Telefax: (047) 252 - 3157  

WEEK 1 2

TOPIC Introduction to Matlab Experiment 1

3 4 5 6 7 8 9 10 11 12 13 14 15 16 17

Experiment 2 Experiment 3 Experiment 4 Experiment 5 Experiment 6 Experiment 7 Experiment 8 Experiment 9 Experiment 10 Experiment 11 Experiment 12 Project Project Project Project

18

Project Defense

Syllabus 

Laboratory Course Coverage METHODOLOGY and STRATEGY Lecture,Hands-on Experiment Lecture,Hands-on Experiment

EVALUATION TOOLS Laboratory Report Laboratory Report

Lecture,Hands-on Lecture,Hands-on Lecture,Hands-on Lecture,Hands-on Lecture,Hands-on Lecture,Hands-on Lecture,Hands-on Lecture,Hands-on Lecture,Hands-on Lecture,Hands-on Lecture,Hands-on Consultation Consultation Consultation Consultation

Laboratory Report Laboratory Report Laboratory Report Laboratory Report Laboratory Report Laboratory Report Laboratory Report Laboratory Report Laboratory Report Laboratory Report Laboratory Report Instructor Evaluation Instructor Evaluation Instructor Evaluation Instructor Evaluation

Experiment Experiment Experiment Experiment Experiment Experiment Experiment Experiment Experiment Experiment Experiment

Group Presentation and Oral Defense

Instructor and/or Panel Evaluation

SIGNALS, SPECTRA AND SIGNAL PROCESSING

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