Abstract (EN):
: In this paper we analyse the control of the total mass of compartmental systems, under
the presence of uncertainties. We consider a control law that has a very good performance
when applied to compartmental systems without uncertainties and show that, even when the
system parameters are not exactly known, that good performance is maintained. In fact, for a
wide class of compartmental systems of R3
, it is possible to prove that, when we apply that
control law to the real system, the total mass of the system converges to a positive constant
value, which depends on the parameter uncertainties and that can be made arbitrarily close
to the desired mass, provided that the uncertainties in the parameter values are sufficiently
small. The obtained results are illustrated by simulations for the control of the administration
of the neuromuscular relaxant drug atracurium to patients undergoing surgery.
Language:
English
Type (Professor's evaluation):
Scientific
No. of pages:
7
License type: