Observer-based adaptive stabilization for a class of non-linear systems
Automatica (Journal of IFAC)
Automation and Remote Control
Observers of External Deterministic Disturbances. I. Objects with Known Parameters
Automation and Remote Control
Indirect measurements-based compensation of disturbances at control of a linear plant
Automation and Remote Control
Robust linear object control by indirect measurements
Automation and Remote Control
Decentralized robust control for multiconnected objects with structural uncertainty
Automation and Remote Control
Robust control of linear singularly perturbed plants
Automation and Remote Control
Compensating for noise and perturbances in linear object control
Automation and Remote Control
Robust control of electric generator with compensation of perturbations
Journal of Computer and Systems Sciences International
Robust synchronization of dynamical networks with compensation of disturbances
Automation and Remote Control
Designing adaptive control in the problem of optimal damping of perturbations
Automation and Remote Control
Design of nonlinear selectively invariant systems based on the controllable Jordan form
Automation and Remote Control
Robust control of electric generator in the case of time-dependent mechanical power
Journal of Computer and Systems Sciences International
Robust control for a specific class of non-minimum phase dynamical networks
Journal of Computer and Systems Sciences International
Robust control for a network of electric power generators
Automation and Remote Control
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A scheme of robust control of uncertain plants which does without measuring the derivatives of the controlled variable and compensates the bounded external perturbations to within 驴 was proposed. Consideration was given to the problems of stabilization and reference model-based control. Examples of computer-assisted simulation illustrating efficiency of the propose scheme of control were presented.