Controller Design for Parabolic Type Distr ibuted Parameter Systems
Date Issued
1998-07-31
Date
1998-07-31
Author(s)
馮蟻剛
DOI
872218E002029
Abstract
This research deals with the finite
dimensional controller design problem for
certain class of parabolic type distributed
parameter systems. Based on a finite
dimensional approximation model of the
distributed parameter systems, we can design
finite dimensional controllers via the optimal
control theory for finite dimensional systems.
For these controllers, we make the stability
and performance analysis of the overall
system including the controller.
The result shows that for the class of
distributed parameter systems under
discussion, it is possible to design finite
dimensional controllers directly based on the
finite dimensional approximation model
which exponentially stabilize the overall
systems. We can also estimate the overall
system performance change with respect to
that of the finite dimensional model.
Subjects
distributed parameter systems
finite dimensional controller design
optimal
control theory
control theory
Publisher
臺北市：國立臺灣大學電機工程學系暨研究所
Type
report
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