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, TolFun',0.5e-2, 'MaxFunEvals',100000, vol.10000
,
, %,options) Mat(i)=Pin
, Loop times');ylabel
, Loop random value','Mean value of loop','Real input value') title('Simulation loop with noises
, Errmax_min=max(Mat)-min(Mat)
, 1.245 1.494 1.742 1.991 2.240 2.489
, % %One thousand loop times with random noises n=1000
, TolFun',0.5e-3,'MaxFunEvals',10000000, vol.10000
,
, , vol.0
ii)=Pin; %save loop results in matrix Mat alpha= ,
,
,
ii)=Qin; %save loop results in matrix Mat end Pin_logP=Mat2(1,:);%Average value of first line of matrix Pin_loglambda=Mat2(2,:);%Average value of second line of matrix Pin_P=exp ,
,
, Pmean_P=mean(Pin_P) Pmean_lambda=mean(Pin_lambda)
, Ermaxmin1=max(Pin_P)-min(Pin_P)%Error between Pin1max and Pin1min Ermaxmin2=max(Pin_lambda)-min(Pin_lambda)%Error between Pin2max and Pin2min
, ) plot(alpha,Pin_P
, Loop times');ylabel
, Real input value') title('Simulation loop with thermal noises') figure(2) plot(alpha,Pin_lambda, Loop random value
, Loop times');ylabel('\lambda_t_h(W/mK)')
, Loop random value','-Mean value of loop','-Real input value') title('Simulation loop with thermal noises
, %%Power and thermal conductivity predictions with 6 temperature measurement sensors %Inverse model with input power and variable thermal conductivity of PCB clear all
, %thickness from top surface of total structure to top surface of GaN, pp.1-8
, ln_lambda=log(lambda
,
ii)=Qin; %save loop results in matrix Mat %EXIT(ii)=EXITFLAG ,
, );%Average value of first line of matrix Pin_loglambda=Mat2(2,:);%Average value of second line of matrix Pin_P=exp
,
,
,
, Ermaxmin1=max(Pin_P)-min(Pin_P)%Error between Pin1max and Pin1min Ermaxmin2=max(Pin_lambda)-min(Pin_lambda)%Error between Pin2max and Pin2min
, Loop times');ylabel
, Real input value') title('Simulation loop with thermal noises') figure(2) plot(alpha,Pin_lambda, Loop random value
, Loop times');ylabel('\lambda(W/mK)')
, Loop random value','-Mean value of loop','-Real input value') title('Simulation loop with thermal noises
, =myLsq_Pin_loglamta_6points(Qin) %Least square for calculating the error between measurement and modelling global dTmea_Pin_lamta
, Bruit=0.1*randn
,5)-0.5)*0.01;%distributed noise with mean 0 and standard deviation, vol.1 ,
,
,
, Err=sum((dTmea_Pin_lamta-dTmo_Pin_lamta).^2)