Advanced Digital Communications

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Advanced Digital Communications

경북대학교
한동석

페이스북 트위터 카카오톡 네이버밴드 링크복사

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공학 >전기ㆍ전자 >전기전자공학
강의학기

2017년 1학기

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강의계획서: 강의계획서

In this lecture, general theories of digital communi-cation systems will be handled from transmission to reception with specific communication specifications. The concepts of channel coding and single carrier modulation will be covered. OFDM and MIMO technologies will also be considered . They are key technologies for recent communi-cation systems.

The vehicle communication systems will be covered as an example system. IEEE802.11a and IEEE802.11p PHY’s will be handled to make understand theories easily through real systems. They are international standards for wireless LAN and vehicular communications.

차시별 강의

1.	Lecture01 : Introduction, Sampling theory	Lecture01 : Introduction, Sampling theory
2.	lecture2 : Fourier Transform, Power spectrum	lecture2 : Fourier Transform, Power spectrum
3.	lecture3 : Baseband communication	lecture3 : Baseband communication
4.	lecture 4 : Line coding, Pulse shaping	lecture 4 : Line coding, Pulse shaping
5.	Lecture 5 : Introduction to SDR : Principles, Challenges, opportunities	Lecture 5 : Introduction to SDR : Principles, Challenges, opportunities
6.	lecture 6 : Probabilistic Detection, White nosise, Matched filter	lecture 6 : Probabilistic Detection, White nosise, Matched filter
7.	lecture 7 : IEEE802.11a / IEEE802.11p PHY	lecture 7 : IEEE802.11a / IEEE802.11p PHY
8.	lecture8 : DQPSK, CPFSK, GMSK	lecture8 : DQPSK, CPFSK, GMSK
9.	lecture 9 : OFDM	lecture 9 : OFDM
10.	lecture 10 : Channel Capacity	lecture 10 : Channel Capacity
11.	Lecture 11 : IEEE 802.11a/p	Lecture 11 : IEEE 802.11a/p
12.	lecture 12 : Channel coding	lecture 12 : Channel coding
13.	lecture 13 : Channel Coding & Decoding - Convolutional code TCM	lecture 13 : Channel Coding & Decoding - Convolutional code TCM
14.	Lecture 14 : Analysis of H-STBC & LDC MIMO	Lecture 14 : Analysis of H-STBC & LDC MIMO