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function [channel_input]=viterbi_encoder(G,k,coder_input) %k for input number channel_input=[]; %n for output number n=size(G,1); G_2=size(G,2); if rem(size(G,2),k)~=0 error('Size of G a

function [channel_input]=viterbi_encoder(G,k,coder_input) %k for input number channel_input=[]; %n for output number n=size(G,1); G_2=size(G,2); if rem(size(G,2),k)~=0 error('Size of G a

function [channel_input]=viterbi_encoder(G,k,coder_input) %k for input number channel_input=[]; %n for output number n=size(G,1); G_2=size(G,2); if rem(size(G,2),k)~=0 error('Size of G a

function [channel_input]=viterbi_encoder(G,k,coder_input) channel_input=[]; n=size(G,1); % G的行数对应n路输出 G_2=size(G,2); % G的列数对应总的寄存器的个数 if rem(size(G,2),k)~=0 % 总的寄存器的个数应为k的整数倍 error('Size o

function [channel_input]=viterbi_encoder(G,k,coder_input) channel_input=[]; n=size(G,1); % G的行数对应n路输出 G_2=size(G,2); % G的列数对应总的寄存器的个数 if rem(size(G,2),k)~=0 % 总的寄存器的个数应为k的整数倍 error('Size o

function [channel_input]=viterbi_encoder(G,k,coder_input) % 卷积码编码 % G为生成多项式系数矩阵 % k for input number k为输入位数 % coder_input为输入码序列 channel_input=[]; % n for output number n为输出位数 n=size(G,1);

function [channel_input]=viterbi_encoder(G,k,coder_input) %k for input number channel_input=[]; %n for output number n=size(G,1); G_2=size(G,2); if rem(size(G,2),k)~=0 error('Size of G a

#include #include "all.h" #include "audio.h" FILE* bin = NULL; //static int outfd; AudioFile *outfd; int stop_now = 0; #define IN_BUF_SIZE 1024*128 unsigned long input_

#include #include "all.h" #include "audio.h" FILE* bin = NULL; //static int outfd; AudioFile *outfd; int stop_now = 0; #define IN_BUF_SIZE 1024*128 unsigned long input_

library IEEE; use IEEE.STD_LOGIC_1164.ALL; use IEEE.STD_LOGIC_ARITH.ALL; use IEEE.STD_LOGIC_UNSIGNED.ALL; entity comparator is Port ( dayh : in std_logic_vector(3 downto 0); day