matlab专业代做hslogic,MATLAB代做|FPGA代做–OLA算法的仿真与分析

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MATLAB程序下载——一PCNN彩色图像分割。

%– OLAsimulate.m

close all;

clear all;

Ths_db = [0:7];              % SNR

Ths = 10.^(Ths_db./10);

BERavg = zeros(length(Ths),1);

BER_ideal = zeros(length(Ths),1);

BER_std = zeros(length(Ths),1);

conn = zeros(length(Ths),1);

h3 = waitbar(0,’Simulation running’);

load OLAnode60a;

for runs = 1:length(Ths)

%– inputs to OLAtraining

Th = Ths(runs);

pulsepower=100;    % for snr values 0-4dB

% pulsepower=200;  % for snr values 5-7dB

OLAtraining;

%– inputs to OLATransmission

dataLen=500;    % for snr values 0-2dB

% dataLen=1000;    % for snr values 3-5dB

% dataLen=2000;    % for snr values 6B

% dataLen=3000;    % for snr values 7dB

error_prop = 1;

%    error_prop = 0;    % for snr values 0-5dB, datalen = 300; pulsepower=100;

OlaTransmission;

BERavg(runs) = pe_avg;

BER_ideal(runs) = PE_ideal;

BER_std(runs) = std_ber;

conn(runs) = num_conn;

waitbar(runs/length(Ths),h3);

end

close(h3);

save errorprop02p.mat Ths_db BERavg BER_ideal BER_std conn

% save errorprop34p.mat Ths_db BERavg BER_ideal BER_std conn

% save errorprop5pa.mat Ths_db BERavg BER_ideal BER_std conn

% save errorprop6pa.mat Ths_db BERavg BER_ideal BER_std conn

% save errorprop7pa.mat Ths_db BERavg BER_ideal BER_std conn

% save noerrorprop.mat Ths_db BERavg BER_ideal BER_std conn

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