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As a result of a systematic multivariable controller design active and reactive power control channels are decoupled.
The interactor matrix is shown to be a useful tool for multivariable controller design.
The employment of the model for automatic, multivariable controller design purposes is commented upon.
The method presented here offers an effective and time saving tool for robust low order multivariable controller design.
Improved tolerance to specific external faults is achieved through multivariable controller design with H∞ optimised disturbance rejection criteria.
Problem of the tracking PI/PID multivariable controller design based on time-scale separation technique (singular perturbation technique) for MIMO nonlinear systems is discussed.
Similar(54)
Based on a previously validated distributed parameter model of the BNR activated sludge process, we present robust multivariable controller designs for the process, involving loop shaping of plant model, robust stability and performance analyses.
Nonlinear multivariable controllers designed as scheduled linear H∞-controllers is used for engine control and the system is designed with multiple control modes to be able to get a more optimal control strategy.
In this paper, multivariable PID controller design based on cooperative and coevolving multiple swarms is demonstrated.
In this paper, a multivariable servo controller design method, which assures the integrity against actuator faults, is proposed.
The proposed non-fragile multivariable PI controller design is formulated as a single objective optimization problem with the objective of robustness subject to non-fragileness constraint.
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