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This paper deals with the structure and passivity preserving model reduction and the reduced order controller design for a class of distributed controlled port Hamiltonian systems - Timoshenko beam.
It represents an increase of variations, control efforts, and lower performance of reduced order controller compared to full order controller.
This paper proposes a computation method for fixed order controller synthesis which often arises in H∞ or robust control.
The system consists of introducing the second order controller.
This increase shows the poor performance of reduced order controller in rejecting disturbance and also to weaken the noise effect compared to full order controller.
This paper deals with model-based fractional order controller design.
Similar(29)
The objective is to design the lowest-order controller which meets the control specifications for an active suspension system.
Developing a nonlinear low-order controller for the system is important if accurate and uniform control of the temperature is required.
Further, we present performance comparisons between full-order controller and reduced-order controller.
The underlying structure of the reduced-order controller is also identified and studied.
A single constant low-order controller is then designed to give satisfactory performance at all operating points.
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