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Syllabus

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This course covers the communication systems from the basic digital communication to most advanced wireless topics including the MIMO systems. The main focus will be on building the capability of designing the communication systems and verifying it by the Matlab (or C) simulation based on the strong theoretical understanding. The course will review the digital communication part of which are covered in the digital communication course and part of which are not covered such as maximum likelihood sequence detection and continuous phase modulation. We will conduct the Matlab simulation on every Monday in the computer lab together and on Wed we will have a lecture for the theoretical understanding. The detailed subjects to be covered in the course as follows: 1. Introduction: Wireless communication, SoC chip, Role of system engineers 2. Digital Communication * Optimum receiver in AWGN * Maximum likelihood sequence detection * Communication over bandlimited channels * Simulation by Matlab using the optimum receiver for those topics 3. Wireless Communication * Review of fading channel models * Generation of fading channel models by simulation * Multiple-Input Multiple-Output (MIMO) systems - Diversity MIMO - Spatial Multiplexing MIMO *CDMA systems *OFDM systems

●Instructor: Prof. Young-Chai Ko

 ▶ Email: koyc@korea.ac.kr
 ▶ Tel: 02-3290-3254
 ▶ Office: Engr Bldg. #416


●TA: Sungho Park and Hyunmin Lee

 ▶ Email: <walli,lucent>@korea.ac.kr
 ▶ Tel: 02-3290-3668
 ▶ Office: 2nd Engr. Bldg. #701


●Textbook

 ▶ Material
 ▶ Wireless Communications by A. Goldsmith


●References

 ▶ Contemporary communication systems using Matlab by J. Proakis, M. Saleh and G. Bauch
 ▶ Principles of Mobile Communication by G. Stuber
 ▶ Fundamentals of Wireless Communication by D. Tse and P. Viswanth


●Course description

This course covers the communication systems from the basic digital communication to most advanced wireless topics including the MIMO systems. The main focus will be on building the capability of designing the communication systems and verifying it by the Matlab (or C) simulation based on the strong theoretical understanding. The course will review the digital communication part of which are covered in the digital communication course and part of which are not covered such as maximum likelihood sequence detection and continuous phase modulation. We will conduct the Matlab simulation on every Monday in the computer lab together and on Wed we will have a lecture for the theoretical understanding. The detailed subjects to be covered in the course as follows:


1. Introduction: Wireless communication, SoC chip, Role of system engineers
2. Digital Communication
 * Optimum receiver in AWGN
 * Maximum likelihood sequence detection
 * Communication over bandlimited channels
 * Simulation by Matlab using the optimum receiver for those topics
3. Wireless Communication
  *Review of fading channel models
 * Generation of fading channel models by simulation
 * Multiple-Input Multiple-Output (MIMO) systems
    - Diversity MIMO
    - Spatial Multiplexing MIMO
 * CDMA systems
 * OFDM systems


 ●Evaluation 

  ▶ Homework and Lab: 20 
  ▶ Midterm: 40 
  ▶ Final: 40

 

Copyright 2009, by the Contributing Authors. Cite/attribute Resource. Ko, Y. C., kuocw. (2009, December 29). Syllabus . Retrieved October 26, 2014, from Korea University OpenCourseWare Web site: http://ocw.korea.edu/ocw/college-of-engineering/communciation-systems-and-lab/syllabus. This work is licensed under a Creative Commons License Creative Commons License