Hi,

I have a proces of heating af transmitter in an owen.

When I step the owen, there is naturally a delay before the heat effecting
the transmitters temperature and the output signal, and it could look like
this

for i=1:1:100, Tsensor +60

Using system identification toolbox I can estimate a state-space model using 50% of the samples for example, which fits the validation data satisfactory.

But how do I then find the relationship between the "input" (temperature) and output, the factors 0,03 and 0,05 in the example above. (I would be pleased by a MatLab solution as well)

And of course, sorry for my english :)

Dennis

I have a proces of heating af transmitter in an owen.

When I step the owen, there is naturally a delay before the heat effecting

for i=1:1:100, Tsensor +60

***(1-exp(-0,04 ***i)***(cos(0,02 ***i)+sin(0,02*** i ))); ysensor=0,03***Tsensor+0,05; endUsing system identification toolbox I can estimate a state-space model using 50% of the samples for example, which fits the validation data satisfactory.

But how do I then find the relationship between the "input" (temperature) and output, the factors 0,03 and 0,05 in the example above. (I would be pleased by a MatLab solution as well)

And of course, sorry for my english :)

Dennis