I have 4 set of samples ( 2 input 1 output ) and I am trying to have the general equation representing the behavior of the dynamic system; the equation that links all the 4 samples. How am i suppose to proceed ?
Your use of the phrases 'general equation' and 'dynamic system' might make one think that this is not a use case for JMP. So, what data do you actually have available, please? Folks will need to know this to offer any useful suggestions.
@lily1, a few questions:
If you can provide more detaisl, then the blog responders can help.
I will try to be more explicite. What I have is a Fluent model, in order for it to run I must provide Time and temperature of the heaters in his turn it provides the temperature of the water which are both time dependant. I have tried 4 different heaters temperature input and I have got 4 different outputs. Now without using the Fluent simulation I am trying to find common model between the 4 samples. noting that the time periods are all the same and i have 8000 element in the input and output. Can JMP really help in this case ?
Thank you Folks
I still do not completely understand your question, or your problem. From your last post, it sounds like:
Note, with 4 points:
I have seen JMP used to simulate a multiple nozzle layout, using a characterized (modeled) flow rate by input. Then the system was optimized to set up custom flowrates to achieve its goal (across wafer uniformity). The engineers used JMP and JSL to create a simulator and perform a finite element analysis. However, the number of nozzles was closer to 100, not 8000, and it took JSL and engineering first principles and data.
Sorry, it still is not clear to me.
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