In the paper the optimal LQG state feedback control of multivariable discrete-time systems with actuator noise related to the variance of the actuator signals is considered. The problem is solved for the finite-horizon case exploiting a matrix version of the maximum principle. The optimal feedback is given in terms of the solution of a generalized Riccati difference equation

Discrete-time LQG optimal control with actuator noise intensity related to actuator signal variance

BEGHI, ALESSANDRO
1995

Abstract

In the paper the optimal LQG state feedback control of multivariable discrete-time systems with actuator noise related to the variance of the actuator signals is considered. The problem is solved for the finite-horizon case exploiting a matrix version of the maximum principle. The optimal feedback is given in terms of the solution of a generalized Riccati difference equation
1995
Proceedings of the 34th IEEE Conference on Decision and Control
9780780326859
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11577/175267
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