Signals and Systems  (Spring 2024)

Course Information 

當期課號：515196   

永久課號：EEEC10016 

學分數：3.00

時間/地點: M34W2,  ED116 

Course Description

"Signals and Systems" is the foundation to many fields such as signal processing (e.g., audio/image processing, imaging, machine

learning,...etc), communication, control, and biomedical systems. This course will cover all aspects of signal representation, system analysis, time/frequency analysis (i.e., Fourier, Laplace, z-Transform), and sampling theory. All materials (mainly PowerPoint) will be available at e3 where the main reference is based on Haykin's textbook titled Signals and Systems. This course also encourages HANDS-ON practice by employing MATLAB computer assignment for each topic.

Homework (No score after due day)

Exam 

Materials  (Mainly based on 杭學鳴教授的講義)

• Classnotes 

  • Introduction 

  • Fundamentals  (Chapter 1) 

  • Linear Time-Invariant Systems (Chapter 2) 

• • Fourier Theory (Chapter 3) 

  • Fourier Applications (Chapter 4)   All FT representation summary 

  • Laplace Transform (Chapter 6)  ALL transform plot  

  • z-Transform (Chapter 7) 

• Textbook

    Simon Haykin and Barry Van Veen, “Signals and Systems”, 2nd Ed., John Wiley & Sons, Inc., 2003. (滄海圖書代理) 

• Reference

  • Alan V. Oppenheim and Alan S. Willsky, with S. Hamid Nawab, Signals and Systems, 2nd Ed., Pearson New International Ed., Eurasia Book Co. , 2016.

  • https://mcube.nctu.edu.tw/wiki/core/pmwiki.php?n=Course.SS2015  (陽明交大電子工程系杭學鳴教授)

Schedule

Lecturer

鄭耿璽 (Geng-Shi Jeng)  

jeng@nycu.edu.tw

Office Hour

• • ED 609

  • 13:00-15:00 Monday,10:00-12:00 Wednesday

  • By appointment (email)

Prerequisites  

        Calculus; MATLAB (Optional)

TA

• TBD

Grading

• Homework (6 times): 24%

• Quiz (twice): 15%

• Midterm: 21%

• Final: 35%

• Others: 5%