Author/Authors
Philip A. Wisnewski and Francis J. Doyle، نويسنده ,
DocumentNumber
1384279
Title Of Article
Control structure selection and model predictive control of the Weyerhaeuser digester problem
شماره ركورد
11136
Latin Abstract
The Weyerhaeuser digester problem (WDP) is a simplified digester model which captures the major
dynamic characteristics of a continuous pulp digester and has been offered to the research community as
an industrial challenge problem. The control objective is to minimize variations in the Kappa ~ for
unmeasured disturbances. A systematic approach to selecting the manipulated inputs and secondary
measurements using robust control analysis tools has been successfully applied to the WDP. A multi-rate
data-sampling linear model predictive controller using the selected input/measurement pairings provided
robust closed-loop performance for the rejection of both deterministic and stochastic unmeasured disturbances.
From Page
487
NaturalLanguageKeyword
Model predictive control , continuous pulp digester , control structure selection
JournalTitle
Studia Iranica
To Page
495
To Page
495
Link To Document