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0 info, Lecture notes of Electronics

Chinese University of Hong KongElectronics

ENGG 2310 - ENGG 2310

Typology: Lecture notes

2015/2016

Uploaded on 10/19/2016

Ka_Yu.Man
Ka_Yu.Man 🇭🇰

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ENGG 2310-B: Principles of Communication Systems 2016–17 First Term
Handout 0: Course Information
Instructor: Wing-Kin Ma September 6, 2016
1 General Information
•Instructor: Wing-Kin Ma
–Office: SHB 323
–Email:[email protected]
•Teaching Assistants:
Name Office Email
Ruiyuan Wu SHB322 or 329 [email protected]
Mingjie Shao SHB322 or 329 [email protected]
Wu Qiong SHB 322 [email protected]
Liu Yatao SHB 322 [email protected]
Sung Man Ling SHB 329 [email protected]
•Lecture Hours & Venue:
–Tuesday 2:30-4:15pm, Lee Shau Kee Building LT4
–Wednesday 2:30-3:15pm, Lady Shaw Building LT6
•Tutorial Hours & Venues: Wednesday 3:30-4:15pm or TBD; check CUSIS for venues.
•Class Website:http://www.ee.cuhk.edu.hk/~wkma/engg2310
2 Course Description
This is a foundation course on telecommunication and related technologies. It describes the es-
sential elements of a modern communication system. Students will learn the basic concepts in
electrical communication, the operation principles and the performance requirements for a real-
world communication system. The course is the basis of various advanced courses on electrical and
optical communication.
3 Topics to be Covered
An overview on communication systems; Fourier transform (a review); amplitude modulation; angle
and frequency modulation; digital representation of analog signals; digital baseband transmission;
digital bandpass transmission.
1
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ENGG 2310-B: Principles of Communication Systems 2016–17 First Term

Handout 0: Course Information

Instructor: Wing-Kin Ma September 6, 2016

1 General Information

Name Office Email Ruiyuan Wu SHB322 or 329 [email protected] Mingjie Shao SHB322 or 329 [email protected] Wu Qiong SHB 322 [email protected] Liu Yatao SHB 322 [email protected] Sung Man Ling SHB 329 [email protected]

  • Lecture Hours & Venue:
    • Tuesday 2:30-4:15pm, Lee Shau Kee Building LT
    • Wednesday 2:30-3:15pm, Lady Shaw Building LT
  • Tutorial Hours & Venues: Wednesday 3:30-4:15pm or TBD; check CUSIS for venues.
  • Class Website: http://www.ee.cuhk.edu.hk/~wkma/engg

2 Course Description

This is a foundation course on telecommunication and related technologies. It describes the es- sential elements of a modern communication system. Students will learn the basic concepts in electrical communication, the operation principles and the performance requirements for a real- world communication system. The course is the basis of various advanced courses on electrical and optical communication.

3 Topics to be Covered

An overview on communication systems; Fourier transform (a review); amplitude modulation; angle and frequency modulation; digital representation of analog signals; digital baseband transmission; digital bandpass transmission.

4 Rough Course Schedule

Class Dates Topics Sep 6, 7 Communication systems overview; Fourier transform Sep 13, 14 Fourier transform; Amplitude modulation Sep 20, 21 Amplitude modulation Sep 27, 28 Amplitude modulation Oct 4, 5 Angle and frequency modulation Oct 11, 12 Angle and frequency modulation Oct 18, 19 Angle and frequency modulation; midterm review Oct 25, 26 Midterm examination; digital representation of analog signals Nov 1, 2 digital baseband transmission Nov 8, 9 digital baseband transmission Nov 15, 16 digital bandpass transmission Nov 22, 23 digital bandpass transmission Nov 29, 30 digital bandpass transmission; course wrap-up

5 Assessment

  • In-Class Quizzes (10%): A number of quizzes will be carried out during class. The times of the quizzes are random.
  • Assignments (20%): The assignments should be submitted to SHB 329 to the tutor in charge. Please submit on or before the deadline specified in each assignment. For late submission, the following rule applies: score received = original score × 0. 85 number of days late. Also, no assignment will be accepted after the solution is distributed.
  • Midterm Examination (20%): The tentative date for the midterm examination is Oct 25; it will be an in-class examination.
  • Final Examination (50%)

6 Learning Resources

  • Handouts, as well as supplementary materials, are provided; please check the course website regularly.
  • There are many textbooks for communications, which you can easily find in the university library. The following two textbooks are recommended: - Simon Haykin and Michael Moher, Communication Systems (5th Edition), Wily & Sons Ltd. - B. P. Lathi and Z. Ding, Modern Digital and Analog Communication Systems (4th Edi- tion), Oxford University Press.