代码搜索:Mimo

找到约 1,075 项符合「Mimo」的源代码

代码结果 1,075
www.eeworm.com/read/123214/14642195

m mimo.m

%MIMO Run MIMO system simulation. % MIMO is the main simulation script where all the blocks are glued % together. Refer to the PDF documentation. This is the body of the % program which allows y
www.eeworm.com/read/213360/15136451

pdf mimo.pdf

www.eeworm.com/read/392279/8353452

m mimo.m

www.eeworm.com/read/268255/11148452

m mimo.m

close all; clear all; randn('state',sum(100*clock)); %reset the randn generator A=1; Es=A*A; myCst=A*[1,-1]; %the constellation myMap=[1,0]; Eb=2*Es; minTestLength=100000; % test lengt
www.eeworm.com/read/413419/11156856

m mimo.m

%MIMO Run MIMO system simulation. % MIMO is the main simulation script where all the blocks are glued % together. Refer to the PDF documentation. This is the body of the % program which allows y
www.eeworm.com/read/248062/12603939

m mimo.m

clear all; close all; lamda=3*1e8*1e9; d=0.5*lamda; m=10*pi/180; sigma=3*pi/180; syms x S=(erf((pi-m)/(sqrt(2)*sigma))-erf((-pi-m)/(sqrt(2)*sigma)))/2; f=(1/(sqrt(2*pi)*sigma*S))*exp(-(x-m)^2/
www.eeworm.com/read/247647/12638120

m mimo.m

%MIMO Run MIMO system simulation. % MIMO is the main simulation script where all the blocks are glued % together. Refer to the PDF documentation. This is the body of the % program which allows y
www.eeworm.com/read/235144/14083855

m mimo.m

clear all; close all; lamda=3*1e8*1e9; d=0.5*lamda; m=10*pi/180; sigma=3*pi/180; syms x S=(erf((pi-m)/(sqrt(2)*sigma))-erf((-pi-m)/(sqrt(2)*sigma)))/2; f=(1/(sqrt(2*pi)*sigma*S))*exp(-(x-m)^2/
www.eeworm.com/read/290799/8461180

m mimo_system.m

% in this programe a highly scattered enviroment is considered. The % Capacity of a MIMO channel with nt transmit antenna and nr recieve % antenna is analyzed. The power in parallel channel (after
www.eeworm.com/read/390375/8468455

m mimo_channel.m

function [rec_code,ch_mul_noice] = mimo_channel(stbc_code,snr_db_step); global Ofdm_bits Mod_type Rx_num Tx_num Time_length channel_mul_noice = zeros(Tx_num,Rx_num,Ofdm_bits); ch_mul_noice = sqrt(0