How can I build a 1x5x1 NN?
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Fernando Noguera
el 30 de Ag. de 2014
Respondida: Greg Heath
el 22 de Sept. de 2014
Hi All, I am trying to build a FF NN with delay between layers to reproduce an abstract. My aim is to build the following 3 layers NN 1x5x1 with 5 delays taps between layers (5:5). So far this is the code I used to programmed but I'm not sure my code is building the network I want. Can anybody help me to check if my design is correct? if not, any correction I may need to do?
d1=(0:5);
d2=(0:5);
dtdnn_net=distdelaynet({d1,d2},5);
[p,Pi,Ai,t]=preparets(dtdnn_net,y2,y2);
dtdnn_net.trainFcn='trainbr';
dtdnn_net.trainParam.epochs=1000;
dtdnn_net.trainParam.lr=0.01;
dtdnn_net.layers{2}.size=1;
dtdnn_net=train(dtdnn_net,p,t);
yp=sim(dtdnn_net,p);
Thank you
1 comentario
Greg Heath
el 31 de Ag. de 2014
Editada: Greg Heath
el 31 de Ag. de 2014
Why did you post this without testing it on the data indicated in
help distdelaynet
?
Why didn't you use
view(net)
as indicated in the help and doc documentation?
doc distdelaynet
Why didn't you calculate the resulting resubstitution error?
Respuesta aceptada
Greg Heath
el 22 de Sept. de 2014
[P,T] = simpleseries_dataset;
d1=(0:5);
d2=(0:5);
dtdnn_net = distdelaynet({d1,d2},5);
[Ps,Pi,Ai,Ts] = preparets(dtdnn_net,P,T);
ts = cell2mat(Ts);
MSE00s = var(ts',1) % 0.042348
dtdnn_net.trainFcn = 'trainbr';
dtdnn_net.trainParam.epochs = 1000;
dtdnn_net.trainParam.lr = 0.01;
dtdnn_net.layers{2}.size = 1;
rng('default')
[dtdnn_net tr Ys Es Xf Af] = train(dtdnn_net,Ps,Ts,Pi,Ai);
view(dtdnn_net)
%Ys = sim(dtdnn_net,Ps,Pi,Ai);
%Es = gsubtract(dtdnn_net,Ts,Ys)
es = cell2mat(Es);
R2s = 1-mse(es)/MSE00s % 0.9996
NOTE: Using net defaults with trainlm decreases learning time by a factor of 20
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