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Under the assumption that the open-loop system is stabilizable and not exponentially unstable, a finite dimensional static time-varying linear state feedback controller is obtained by truncating the predictor based controller and by adopting the parametric Lyapunov equation based controller design approach.
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New results related to a previously developed LMI/BMI-based controller design approach are presented.
A nonlinear controller for a power factor corrector is systematically constructed via Lyapunov-based controller design approach for the bilinear state averaged model.
This approach uses a model based controller design.
In view of this, this study develops a novel approach of non-probabilistic reliability based controller design for servo mechanisms and the related solution details are further expounded.
Our solution is based on a new nonlinear controller design approach, called modified optimal control.
A dynamic output feedback controller design approach, based on the continuous pole placement algorithm, is proposed.
A decentralized controller design approach, based on overlapping decompositions, is described for such systems.
In this paper, a controller design approach based on LMI optimization method is proposed for the two-axis gimbal platform in finite time application.
The proposed fuzzy controller design approach is developed based on the Parallel Distributed Compensation (PDC) technique.
Using this measure, a robust controller design approach, which is based on a nominal model, is proposed.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com