Author/Authors
O. Boubaker and J.-P. Babary، نويسنده ,
DocumentNumber
1384551
Title Of Article
On SISO and MIMO variable structure controlo f non linear distributed parameter systems: application to fixed bed reactors
شماره ركورد
11262
Latin Abstract
This paper deals with the design of variable structure control of distributed parameter systems. The control problem is discussed
in relation to a model consisting of a set of non-linear, time varying partial differential equations of hyperbolic type. A formulation
of a Single Input–Single Output (SISO) variable structure controller based on the distributed parameter model (late lumping control)
is given. An extension to the Multiple Input–Multiple Output (MIMO) case is derived when the control variables are coupled
and located on boundary conditions. A theoretical proof of DPS convergence in sliding mode is given. A fixed bed bioreactor in
which drinkable water is treated, was used as a simulated example to prove the effectiveness of the control design. The bioreactor
must control the harmful component concentrations in such a way that the quality of water fulfils international standards.
From Page
729
NaturalLanguageKeyword
Distributed parameter systems , Variable structure control , Fixed bed bioreactor
JournalTitle
Studia Iranica
To Page
737
To Page
737
Link To Document