A study of H<sub>∞</sub> norm and variance-constrained design using dynamic output feedback for linear discrete systems
CHANG, WEN-JER; CHUNG, HUNG-YUAN; CHANG, WEN-JER; Department of Electrical Engineering, National Central University; CHUNG, HUNG-YUAN; Department of Electrical Engineering, National Central University
Журнал:
International Journal of Control
Дата:
1993
Аннотация:
The problem of H<sub>∞</sub> norm and variance-constrained design is to find controllers such that the closed-loop transfer function has an H<sub>∞</sub> norm less than a specified scalar such that the root-mean-squared values of individual states are less than specified constants. In this paper, dynamic output feedback controllers are used to develop a technique for achieving both H<sub>∞</sub> norm constraint and variance constraints for linear stochastic discrete systems.
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