代码搜索：mimo matlab

找到约 10,000 项符合「mimo matlab」的源代码

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热门代码： main.c GPIO I2C SPI UART timer interrupt ADC PWM LED
www.eeworm.com/read/152398/12117243

m mimo2sen.m

function f=mimo2sen(x,y,E,sign,w,ps,ms,qs,order,row,col,input_delay,pds,qds) % f=mimopartial(x,y,e,sign,w,ps,ms,qs,order,row,col,input_delay,pd) % function to compute the the partial sensitivity fun
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www.eeworm.com/read/152398/12117272

m noise_amp_mimo.m

function [e]=noise_amp_MIMO(qs,order,Na,y) % [e]=noise_amp_e(qs,order,Na,y) % This function compute the filter time constant to satisfy noise amplification. n=length(order); e=ones(1,n)*1e-2; opt
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www.eeworm.com/read/152398/12117414

m view_mimo_qd.m

%View control system setting tmp=(100+maxrow*25); [f]=crfig(20,20,600,tmp,'Multi Variable Feedback Controller, qd(s)','w','none','off'); tmp(2)=tmp(1)-60; uicontrol(f,... 'Style','text',...
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www.eeworm.com/read/152398/12117643

m mimo1sen.m

function f=mimo1sen(x,y,E,sign,w,ps,ms,qs,order,row,col,input_delay,pds,qds) % Sensitivity function for the MIMO system % Xwc_ub_w Xwc_lb_w are the upper and lower bound tables % with a structure X
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www.eeworm.com/read/152398/12117792

m mimo2com.m

function f=mimo2com(x,y,E,signo,w,ps,ms,qs,order,row,col,input_delay,pds,qds) % f=mimopartial(x,y,e,sign,w,ps,ms,qs,order,row,col,input_delay,pd) % function to compute the the partial sensitivity fu
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www.eeworm.com/read/152398/12117825

m mimo_ub_lb.m

function mimo_ub_lb(fun,f,flag,y,vub,vlb,Epsilon,ps,ms,qs,qds,order,handle,... L_handle,p_handle,input_delay,pds,Mp,decade) % This function compute upper bound and lower bound of the MIMO system
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www.eeworm.com/read/152398/12117864

asv mimo_ub_lb.asv

function mimo_ub_lb(fun,f,flag,y,vub,vlb,Epsilon,ps,ms,qs,qds,order,handle,... L_handle,p_handle,input_delay,pds,Mp,decade) % This function compute upper bound and lower bound of the MIMO system
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www.eeworm.com/read/227712/14417553

m stbc-mimo-ofdm.m

clear all; i=sqrt(-1); IFFT_bin_length=512; %傅立叶变换抽样点数目 carrier_count=100;
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www.eeworm.com/read/219787/14863686

m mimo_ofdm_main.m

clear all; close all; %--------------- system parameters---------------- nt = 4; nr = 4; fft_len = 16; % FFt size cp_len = 4; % cp length L = 3; % channel order F = 1/sqrt(fft_len)*exp(-j*
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www.eeworm.com/read/219596/14874246

m example1_mimo.m

%%%%% Typical data entry required for a %%%%% MIMO MFD model %%%%% [Ao + A1z^{-1}+...] y = [B1 z^{-1} + B2 z^{-2}+...] u %%%%% A = [A0,A1,A2,...] B = [B1,B2,...] %%%%% %%%%% Illust
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