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SKEL 4223�Digital Signal Processing

Section 02 & 03

Dr Zaid Omar

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General Information

  • Lecturer: Dr Zaid Omar
    • B.Eng (Computer), UTM 2006
    • M.Sc Data Communications, Sheffield 2008
    • Ph.D Electrical Eng., Imperial 2012
  • Room : P05-210
  • Phone : 07-5557015
  • Email : zaidomar@utm.my

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My PhD Thesis

Post viva voce examination photo, from left: Dr Imad Jaimoukha (Internal Examiner), myself, Dr Tania Stathaki (Supervisor), Prof Costas Xydeas (External Examiner)

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Course Outline

  • Attached is the Course Information (CI).
  • It is the most important document in this course.
  • It tells you:
    • What you expect to learn
    • How this subject relates to your overall degree
    • How you will be assessed

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Course Learning Outcomes

No.

Course Learning Outcome

Programme

Outcome

Taxonomies

and

Soft-Skills

Assessment Methods

CLO1

Apply the concept of discrete signal processing.

PLO1

C3

T: 15%

F: 25%

CLO2

Analyze complex engineering problems in discrete signals and systems using discrete signal processing.

PLO3

C4

T: 15%

F: 25%

CLO3

Solving complex engineering problems that involve digital filter using software.

PLO5

C5

A: 15%

CLO4

Communicate effectively.

PLO9

CS4

A: 5%

T – Test; A – Assignment; F – Final Exam;

C1: Knowledge; C2: Comprehension; C3: Application; C4: Analysis; C5: Synthesis; A3: Valuing

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In this course we will learn…

  1. Introduction to DSP (3 hrs)
  2. Discrete-time Signals and Systems (3 hrs)
  3. Linear Time-Invariant System (3 hrs)
  4. Z-Transform (9 hrs)
  5. Fourier Transform (9 hrs)
  6. Discrete Fourier Transform (6 hrs)
  7. FIR & IIR Filter Design (6 hrs)

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Lecture Hours

  • Lectures:
    • Sunday 0900-1100
    • Wednesday 1200-1300
  • Class notes, slides and tutorials will be posted on UTM e-Learning. Get on it!
  • Can we have a Whatsapp group? ☺
  • Can I have a Class Representative?

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Marks Distribution

  • Test 1 (12/4/2021, 5.00pm) : 15%
  • Test 2 (20/5/2021, 5.00pm) : 15%
  • MATLAB Assignment (Week 6-11) : 15%
  • Presentation (Week 12-14) : 5%
  • Final Exam : 50%

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  • Attendance to lectures will be taken. Make sure >80%!

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References

  1. John G. Proakis, Dimitris K Manolakis, “Digital Signal Processing: Principle, Algorithm and Applications”, Prentice-Hall, 4th edition (2006).
  2. Sanjit K. Mitra, “Digital Signal Processing-A Computer Based Approach”, McGraw-Hill Companies, 3rd edition (2005).
  3. Alan V. Oppenheim, Ronald W. Schafer, “Discrete-Time Signal Processing”, Prentice-Hall, 3rd edition (2009).

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How did your predecessors do?

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  • 2014/15 Sem 2
  • FBME, 47 students

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  • 2014/15 Sem 1
  • FKE (Elective), 7 students

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  • 2013/14-2
  • FKE, 68 students

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House Rules

  1. Make sure attendance >80%!
  2. Participate in class; no mobile phones.
  3. If I have to cancel class or be late for class, I will inform the Class Rep.
  4. If you are unable to sit for quiz/test/exam, inform me way in advance.
  5. No makeup quiz/test will be offered. In absence of test, the other tests will carry higher weightage.
  6. Don’t leave assignment to last minute. I won’t entertain any extensions.
  7. Any concerns, requests etc., please liaise with class rep.
  8. If you must contact me, use professional correspondence.
  9. Don’t grade grub!

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Introduction to DSP

  • DIGITAL
  • SIGNAL
  • PROCESSING

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History of DSP

  • Greatly dependent on development of digital electronics and microelectronics.
  • Began in 1960-70’s.
  • Speak & Spell toy, by Texas Instruments - the first mass-produced item to feature a DSP chip.

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