Author/Authors
Z.K. Nagy and R.D. Braatz، نويسنده ,
DocumentNumber
1384589
Title Of Article
Open-loop and closed-loop robust optimal control of batch processes using distributional and worst-case analysis
شماره ركورد
11490
Latin Abstract
The recognition that optimal control trajectories for batch processes can be highly sensitive to model uncertainties has motivated
the development of methods for explicitly addressing robustness during batch processes. This study explores the incorporation of
robust performance analysis into open-loop and closed-loop optimal control design. Several types of robust performance objectives
are investigated that incorporate worst-case or distributional robustness metrics for improving the robustness of batch control laws,
where the distributional approach computes the distribution of the performance index caused by parameter uncertainty. The
techniques are demonstrated on a batch crystallization process. A comprehensive comparison of the robust performance of the
open-loop and closed-loop system is provided.
From Page
411
NaturalLanguageKeyword
optimal control , Robustness analysis , Batch control , Robust control , Crystallization
JournalTitle
Studia Iranica
To Page
422
To Page
422
Link To Document