Thread Subject: Olivia

Hi there,
I'll be grateful if someone can help me out.
I'm trying to model a technology. I carried out the measurements using its signals and wrote the modelling functions wrt the power delay profile according to my model.
The prob is, the model is based only on descending graphs but I got some ascending parts on my graph from the measurement. I therefore derived two modelling functions in matlab for both parts. Can someone tell me how I can combine these two functions so that it suits my graph?

"Olivia " <livianf@yahoo.com> wrote in message <ge7inm$h50$1@fred.mathworks.com>...
> Hi there,
> I'll be grateful if someone can help me out.
> I'm trying to model a technology. I carried out the measurements using its signals and wrote the modelling functions wrt the power delay profile according to my model.
> The prob is, the model is based only on descending graphs but I got some ascending parts on my graph from the measurement. I therefore derived two modelling functions in matlab for both parts. Can someone tell me how I can combine these two functions so that it suits my graph?
>

"Olivia " <livianf@yahoo.com> wrote in message <ge7inm$h50$1@fred.mathworks.com>...

> I'm trying to model a technology. I carried out the measurements using its signals and wrote the modelling functions
> wrt the power delay profile according to my model.
> The prob is, the model is based only on descending graphs but I got some ascending parts on my graph from the measurement. I
> therefore derived two modelling functions in matlab for both parts. Can someone tell me how I can combine these two functions
> so that it suits my graph?

[Sorry about the empty response; the matlab central newsreader is being a pain.]

Are you talking about something like Modular Transfer Functions?
Or are you talking about Simulink? Or something different?
'model' has a lot of different and potentially relevant meanings.