LTE_uplink4.5.rar_LTE_LTE-信道估计_LTE上行_上行链路_信道均衡 LTE

Please enter the need number of RB in each slot (default 50)1 Please enter the modulation schemes：2 for QPSK, 4 for 16QAM, 6 for 64QAM (default 2) Please enter the length of transmission block sizes(TBS):5160、14112、31704(default: 5160)104 Please enter channel model 1 for EPA 2 for EVA 3 for EYU(default: 1) mode 1:input dopple r shift mode 2 :input speed (default: 1) Please enter dopple r shift (default: 5) Please enter SNR in dB: (default: 3)15 {??? Error using ==> turbo_decoder Too many input arguments. Error in ==> <a href="matlab: opentoline('C:\Documents and Settings\Administrator\桌面\LTE_uplink（总）4.5\LTE_uplink4.5\de_CRC_Turbo_RateMatch.m',38,0)">de_CRC_Turbo_RateMatch at 38</a> DeTurboBits=turbo_decoder(DeRateMatichingBits,int_loc,rate,EbN0); %turbo译码 Error in ==> <a href="matlab: opentoline('C:\Documents and Settings\Administrator\桌面\LTE_uplink（总）4.5\LTE_uplink4.5\LTE_uplink_main.m',278,0)">LTE_uplink_main at 278</a> [original_sequence,bler]=de_CRC_Turbo_RateMatch(DeScrambledBits',data_position,NULL_position,N_cb,F,len_af_rm,af_turbo,in_length,EbN0db(snrIndex),NULL_num);} opentoline('C:\Documents and Settings\Administrator\桌面\LTE_uplink（总）4.5\LTE_uplink4.5\de_CRC_Turbo_RateMatch.m',38,0) % Modify expression to add input arguments. % Example: % a = [1 2 3; 4 5 6]; % foo(a); LTE_uplink_main Please enter the need number of RB in each slot (default 50)1 Please enter the modulation schemes：2 for QPSK, 4 for 16QAM, 6 for 64QAM (default 2) Please enter the length of transmission block sizes(TBS):5160、14112、31704(default: 5160)104 Please enter channel model 1 for EPA 2 for EVA 3 for EYU(default: 1) mode 1:input dopple r shift mode 2 :input speed (default: 1) Please enter dopple r shift (default: 5) Please enter SNR in dB: (default: 3)15 {??? Undefined function or variable 'g'. Error in ==> <a href="matlab: opentoline('C:\Documents and Settings\Administrator\桌面\LTE_uplink（总）4.5\LTE_uplink4.5\turbo_decoder.m',92,0)">turbo_decoder at 92</a> L_all = logmapo(rec_s(1,:), g, L_a, 1); % complete info. Error in ==> <a href="matlab: opentoline('C:\Documents and Settings\Administrator\桌面\LTE_uplink（总）4.5\LTE_uplink4.5\de_CRC_Turbo_RateMatch.m',38,0)">de_CRC_Turbo_RateMatch at 38</a> DeTurboBits=turbo_decoder(DeRateMatichingBits,int_loc,snr); %turbo译码 Error in ==> <a href="matlab: opentoline('C:\Documents and Settings\Administrator\桌面\LTE_uplink（总）4.5\LTE_uplink4.5\LTE_uplink_main.m',278,0)">LTE_uplink_main at 278</a> [original_sequence,bler]=de_CRC_Turbo_RateMatch(DeScrambledBits',data_position,NULL_position,N_cb,F,len_af_rm,af_turbo,in_length,snr,NULL_num);} opentoline('C:\Documents and Settings\Administrator\桌面\LTE_uplink（总）4.5\LTE_uplink4.5\turbo_decoder.m',92,0) % Modify expression to add input arguments. % Example: % a = [1 2 3; 4 5 6]; % foo(a); LTE_uplink_main Please enter the need number of RB in each slot (default 50)1 Please enter the modulation schemes：2 for QPSK, 4 for 16QAM, 6 for 64QAM (default 2) Please enter the length of transmission block sizes(TBS):5160、14112、31704(default: 5160)104 Please enter channel model 1 for EPA 2 for EVA 3 for EYU(default: 1) mode 1:input dopple r shift mode 2 :input speed (default: 1) Please enter dopple r shift (default: 5) Please enter SNR in dB: (default: 3)15 {??? In an assignment A(I) = B, the number of elements in B and I must be the same. Error in ==> <a href="matlab: opentoline('C:\Documents and Settings\Administrator\桌面\LTE_uplink（总）4.5\LTE_uplink4.5\turbo_decoder.m',110,0)">turbo_decoder at 110</a> xhat(alpha) = (sign(L_all(1:L_total-m))+1)/2; Error in ==> <a href="matlab: opentoline('C:\Documents and Settings\Administrator\桌面\LTE_uplink（总）4.5\LTE_uplink4.5\de_CRC_Turbo_RateMatch.m',38,0)">de_CRC_Turbo_RateMatch at 38</a> DeTurboBits=turbo_decoder(DeRateMatichingBits,int_loc,snr); %turbo译码 Error in ==> <a href="matlab: opentoline('C:\Documents and Settings\Administrator\桌面\LTE_uplink（总）4.5\LTE_uplink4.5\LTE_uplink_main.m',278,0)">LTE_uplink_main at 278</a> [original_sequence,bler]=de_CRC_Turbo_RateMatch(DeScrambledBits',data_position,NULL_position,N_cb,F,len_af_rm,af_turbo,in_length,snr,NULL_num);} opentoline('C:\Documents and Settings\Administrator\桌面\LTE_uplink（总）4.5\LTE_uplink4.5\turbo_decoder.m',110,0) % Modify expression to add input arguments. % Example: % a = [1 2 3; 4 5 6]; % foo(a); LTE_uplink_main Please enter the need number of RB in each slot (default 50)1 Please enter the modulation schemes：2 for QPSK, 4 for 16QAM, 6 for 64QAM (default 2) Please enter the length of transmission block sizes(TBS):5160、14112、31704(default: 5160)104 Please enter channel model 1 for EPA 2 for EVA 3 for EYU(default: 1) mode 1:input dopple r shift mode 2 :input speed (default: 1) Please enter dopple r shift (default: 5) Please enter SNR in dB: (default: 3)15 ************** SNR = 15.00 db ************** 0.0000e+000 BER_perSubFrame 0.0000e+000 BLER_perSubFrame % Modify expression to add input arguments. % Example: % a = [1 2 3; 4 5 6]; % foo(a); LTE_uplink_main Please enter the need number of RB in each slot (default 50)1 Please enter the modulation schemes：2 for QPSK, 4 for 16QAM, 6 for 64QAM (default 2) Please enter the length of transmission block sizes(TBS):5160、14112、31704(default: 5160)104 Please enter channel model 1 for EPA 2 for EVA 3 for EYU(default: 1) mode 1:input dopple r shift mode 2 :input speed (default: 1) Please enter dopple r shift (default: 5) Please enter SNR in dB: (default: 3)3:3:15 ************** SNR = 3.00 db ************** 0.0000e+000 BER_perSubFrame 0.0000e+000 BLER_perSubFrame ************** SNR = 6.00 db ************** 0.0000e+000 BER_perSubFrame 0.0000e+000 BLER_perSubFrame ************** SNR = 9.00 db ************** 0.0000e+000 BER_perSubFrame 0.0000e+000 BLER_perSubFrame ************** SNR = 12.00 db ************** 0.0000e+000 BER_perSubFrame 0.0000e+000 BLER_perSubFrame ************** SNR = 15.00 db ************** 0.0000e+000 BER_perSubFrame 0.0000e+000 BLER_perSubFrame % Modify expression to add input arguments. % Example: % a = [1 2 3; 4 5 6]; % foo(a); LTE_uplink_main Please enter the need number of RB in each slot (default 50) Please enter the modulation schemes：2 for QPSK, 4 for 16QAM, 6 for 64QAM (default 2) Please enter the length of transmission block sizes(TBS):5160、14112、31704(default: 5160) Please enter channel model 1 for EPA 2 for EVA 3 for EYU(default: 1) mode 1:input dopple r shift mode 2 :input speed (default: 1) Please enter dopple r shift (default: 5) Please enter SNR in dB: (default: 3)3:3:15 ************** SNR = 3.00 db ************** 0.0000e+000 BER_perSubFrame 0.0000e+000 BLER_perSubFrame {??? Operation terminated by user during ==> <a href="matlab: opentoline('C:\Documents and Settings\Administrator\桌面\LTE_uplink（总）4.5\LTE_uplink4.5\logmapo.m',66,0)">logmapo at 66</a> In ==> <a href="matlab: opentoline('C:\Documents and Settings\Administrator\桌面\LTE_uplink（总）4.5\LTE_uplink4.5\turbo_decoder.m',93,0)">turbo_decoder at 93</a> L_all = logmapo(rec_s(1,:), g, L_a, 1); % complete info. In ==> <a href="matlab: opentoline('C:\Documents and Settings\Administrator\桌面\LTE_uplink（总）4.5\LTE_uplink4.5\de_CRC_Turbo_RateMatch.m',38,0)">de_CRC_Turbo_RateMatch at 38</a> DeTurboBits=turbo_decoder(DeRateMatichingBits,int_loc,snr); %turbo译码 In ==> <a href="matlab: opentoline('C:\Documents and Settings\Administrator\桌面\LTE_uplink（总）4.5\LTE_uplink4.5\LTE_uplink_main.m',278,0)">LTE_uplink_main at 278</a> [original_sequence,bler]=de_CRC_Turbo_RateMatch(DeScrambledBits',data_position,NULL_position,N_cb,F,len_af_rm,af_turbo,in_length,snr,NULL_num);} % Modify expression to add input