Dear all,
I'm designing an aircraft controller for a semester project. Strictly control, as the identification part has already been done. My problem is the following: the identification phase produced in excess of 100 state-space models, for varying flight and loading conditions.
I've been going over books and doing internet searches, but apparently (as a single source states) the way to do it is to design controllers for every single model! Now, this strikes me as highly innefficient, and I'm positive there should be something else to do. Well, I got the impression that adaptive controllers could be the best option, but on the other hand (as my control knowledge reached optimal but never got to adaptive - control, I mean) I'm afraid it might be overkill, as designing a control law for a single model is something tractable even to the traditional methods.
Does anyone have any suggestion that could lead me into the right approach?
Thanks in advance,
Renato Serodio