Dynamic Programming
Realization of a bounded feedback in a nonlinear control problem
Cybernetics and Systems Analysis
Dynamic adjustment of virtual paths in ATM networks
ICCOM'06 Proceedings of the 10th WSEAS international conference on Communications
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The fundamental problem of the classical regulation theory in the class of bounded control is investigated. Optimal control methods are applied to design operation algorithms for regulators, which generate in real time feedback for transferring a system from the neighborhood of one equilibrium state (steady-state motion) to the neighborhood of another state with transition process of high quality and stabilize the system relative to the new equilibrium state. The results are illustrated by an example of regulation of a fourth-order dynamic system.