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Algorithms for calculating the optimal dynamic output feedback for
control objects based on solving the problem of dynamic controller in the presence of a
compensator are presented. It is shown that the control will be optimal on average for all
possible initial values and measurement disturbances. The construction of an optimal
dynamic output feedback requires the determination of the corresponding elements of
the arrays of the canonical description of the compensator. In this case, the order of the
compensator should be selected in such a way that the regulator stabilizes the object.
The obtained expressions allow solving the problem of a dynamic controller in the presence of an appropriate compensator and calculating the optimal dynamic output
feedback for a linear control object

  • Web Address
  • DOI
  • Date of creation in the UzSCI system 06-09-2022
  • Read count 69
  • Date of publication 30-06-2022
  • Main LanguageIngliz
  • Pages178-184
English

Algorithms for calculating the optimal dynamic output feedback for
control objects based on solving the problem of dynamic controller in the presence of a
compensator are presented. It is shown that the control will be optimal on average for all
possible initial values and measurement disturbances. The construction of an optimal
dynamic output feedback requires the determination of the corresponding elements of
the arrays of the canonical description of the compensator. In this case, the order of the
compensator should be selected in such a way that the regulator stabilizes the object.
The obtained expressions allow solving the problem of a dynamic controller in the presence of an appropriate compensator and calculating the optimal dynamic output
feedback for a linear control object

Author name position Name of organisation
1 Abdurakhmanova Y.M. teacher Fiscal institute
Name of reference
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