Introduction - If you have any usage issues, please Google them yourself
have a length of 1,000 random binary sequence, "0" with a probability of 0.8, "a" with a probability of 0.2; B. above zero AMI data coding, and pulse width of symbols width of 50%, waveform sampling rate Symbol rate for the eight times that he painted before the 20 symbols corresponding waveforms (also given before 20 Source sequence); C. HDB3 code switch to depict the former 20 symbols corresponding waveform; D. Miller to switch codes to depict the former 20 symbols corresponding waveform; E. respectively above 1,000 symbols for the power spectrum waveform estimated to depict the power spectrum; F. Change source "0" the probability to observe AMI code changes in the power spectrum;
Packet : 45246几种编码方式.rar filelist
几种编码方式\AMI_Code.asv
几种编码方式\AMI_Code.m
几种编码方式\Code.asv
几种编码方式\Code.m
几种编码方式\HDB3_Code.asv
几种编码方式\HDB3_Code.m
几种编码方式\matlab编程.doc
几种编码方式\Miller_Code.asv
几种编码方式\Miller_Code.m
几种编码方式\plot_spectrum.m
几种编码方式