This non-linear controller is able to compensate non-linear system uncertainties which are not considered in the state feedback pole placement control design combined with fuzzy logic controller, and can tolerate a wider range of uncertainties.
The model is extended to include a more general foot placement control law, and additional solutions are presented for the case when platform and walking frequencies are equal.
In this paper, a Variable Structure Adaptive Pole Placement Control (VS-APPC) is applied to the speed control of an induction motor.
It can supply passive feedback control to the plasma by the eddy currents induced by the VDEs, which could enhance the vertical placement control of plasma.
The paper presents an extension of the classical regional pole placement, H2 control and H∞ control problems, so as to satisfy new specifications, that will be referred to as shifting pole placement control, shifting H2 control and shifting H∞ control, respectively.
Due to its flexibility in choosing the controller design methodology and the adaptive law (least squares, gradient, etc)., the Adaptive Pole Placement Control (APPC) is the most general type of adaptive control.
The presence of the time delay term manifests itself as a higher order system with variable number of interlaced poles and zeros upon Pade approximation, which makes it difficult to achieve precise pole placement control.
There also is increasing evidence that an age-related decline in visuo-motor control contributes to deficiencies in foot placement control [ 14].
Patients will be randomized into adjustment of the ETT cuff pressure after retractor placement (intervention group), or into no adjustment of the ETT cuff pressure after retractor placement (control group).
Due to the multi-input multi-output (MIMO) inherent aspect of the proposed converter, pole-placement control strategy is applied to the proposed converter.
