Digital Communication

Notices

• Matlab Program 30 days trial ver. (link)

Lecture Notes

• • Lecture plan 20130902 (video), note (pdf)

• Matlab Introduction (video1, video2, video3, video4), note (pdf)

• Probability concept (video1, video2, video3)

• Random variables (video1, video2, video3)

• Standard normal distribution basic 1 (video)

• Standard normal distribution basic 2 (video)

• Bit error rate (BER) for binary transmission (video)

• BPSK and noise variance of 0dB in Matlab (video)

• BPSK simulation over complex AWGN channel in Matlab (video)

• BPSK BER plotting using Matlab (video)

• Midterm result (pdf)

• Final result (pdf)

• BPSK simulator with real-valued AWGN is employed (pdf)

• Lecture note on BPSK simulation with real-valued AWGN (pdf)

• BPSK - SNR and real-valued AWGN (video)

• BPSK - What is complex AWGN? (video)

• How to check BER in the BPSK simulator (video)

• This is what the theoretical BER is. (video)

• How to read BER curve over SNR (pdf)

Homework

• #01, due to Sep. 9 (Mon.) before the class starts.(Matlab Introduction note last page)

• #02, due to Sep. 16 (Mon.) before the class starts. (solution video, sample solution note from a student, sol)e

• #03 due to Nov. 12 (Tu.) before the class starts. Simulate the Note page 95 (or

• BPSK with real-valued AWGN is employed [pdf] ) and explain what you understand as much as possible. (sol)