100202-lecture1 - EE522 Communications Theory 2010. 02. 02...

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1 EE522 Communications Theory 2010. 02. 02 Instructor: Hwang Soo Lee Lecture #1: Course Overview
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2 Today ± Overview of Course Mechanics ± Overview of Digital Communications Handouts: ± Course Syllabus ± Lecture #1 notes ± Homework #1
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3 Course Mechanics ± EE522 ² Meeting Time: Tuesday, Thursday 10:30-12:00 am ² Room: 창의학습관 211 ± Instructor: Hwang Soo Lee ² Office: N26(Chips)-110 ² Phone (during office hours): 350 -3428 ² e-mail: hwanglee@ ee.kaist.ac.kr ² Office Hours: TTh 3:00- 4:00pm or by appointment
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4 Web Site for Course Documents ± http://mcl.kaist.ac.kr ± What will be available in “.pdf” format: ² Lecture Notes ² Handouts ² Test and Homework Solutions ² Useful resources for projects
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5 Required Course Materials ± Textbook: ² John G. Proakis, Digital Communications, 5th edition, McGraw- Hill, 2008. ² Access to Networked PC or Workstation ² Software: Student Edition of Matlab for Windows Other versions of Matlab are acceptable, but may not be completely compatible with *.m files which we distribute.
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6 Prerequisites ± Some prior background in communications ² A good test: Do you know what the terms ASK, FSK, and QPSK mean? ² One course which provides this background: EE 321 –Communication Engineering ± You should be comfortable with basic probability and random process theory ² A good test: How is the autocorrelation function of a random process related to the power spectral density? ² One course which provides this background: EE 210 –Probability and Random Processes
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7 Grading - Homework (15%) ± Approximately 10 -12 assignments (nearly weekly) ± Problems will focus on practicing the techniques and algorithms that we discuss in class. ± 1 problem from each assignment will be
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This note was uploaded on 11/23/2010 for the course EE EE522 taught by Professor Eeehwangsoo during the Spring '10 term at Korea Advanced Institute of Science and Technology.

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100202-lecture1 - EE522 Communications Theory 2010. 02. 02...

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