代码搜索:MATLAB LMD

找到约 10,000 项符合「MATLAB LMD」的源代码

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install

Basic Installation ================== The installation is performed simply by copying the matsig subdirectory to a suitable place and adding the directory to MATLAB path. This is done inside the MATL
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install

Basic Installation ================== The installation is performed simply by copying the matsig subdirectory to a suitable place and adding the directory to MATLAB path. This is done inside the MATL
www.eeworm.com/read/292045/8380548

m pre_lya_change.m

function pre_lya_change(data,tau,m,P,lmd,MaxStep) %单步预测 % clc % tau=1; % m=35; % P=2; % lmd=.016; % disp('--------最大预测步数---------') % MaxStep=round(1/lmd) % MaxStep=5;%避免预测太长控制在10步
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m main_process.m

function main_process(data,PreStep,max_m) % clear all clc close all % load data.dat % data=x(:,1); N=length(data); disp('---------互信息法求tau----------') tau1=Mutual_Information_main(data) %pa
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m pre_lya_new.m

function pre_lya_new(data,tau,m,P,lmd) %预测结果带回源数据 % clc % tau=1; % m=35; % P=2; % lmd=.016; disp('--------最大预测步数---------') MaxStep=round(1/lmd) MaxStep=5;%避免预测太长控制在10步 prestep=M
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asv jpda_parameter.asv

%jpda方法参数设置 %just for simulation(为验证方法,仅仿真时使用) clear all; alarm_density=0.001;%just for simulation u1=[-1000 -1000 -1000]';%监视空域左下顶点%just for simulation u2=[1000 1000 1000]';%监视空域右上顶点%just for si
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m jpda_parameter.m

%jpda方法参数设置 %just for simulation(为验证方法,仅仿真时使用) clear all; alarm_density=0.001;%just for simulation u1=[-1000 -1000 -1000]';%监视空域左下顶点%just for simulation u2=[1000 1000 1000]';%监视空域右上顶点%just for si
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m smvecstartdef.m

%SMvecstartdef.m SYNCHRONOUS MACHINE PARAMETERS AND OPERATING POINT clear,clc,close all disp(date) % SYNCHRONOUS MACHINE PARAMETERS % ------------------------ DATA -------------------
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m pre_lya_change.m

function pre_lya_change(data,tau,m,P,lmd,MaxStep) %单步预测 % clc % tau=1; % m=35; % P=2; % lmd=.016; % disp('--------最大预测步数---------') % MaxStep=round(1/lmd) % MaxStep=5;%避免预测太长控制在10步
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m main_process.m

function main_process(data,PreStep,max_m) % clear all clc close all % load data.dat % data=x(:,1); N=length(data); disp('---------互信息法求tau----------') tau1=Mutual_Information_main(data) %pa