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Designing controllers for nonlinear systems is challenging.
The implementation for nonlinear systems and multi-dimensions is given.
These requirements are even more stringent for nonlinear systems.
Several time integration methods for nonlinear systems are compared.
This paper considers the output regulation problem for nonlinear systems.
However, for nonlinear systems the situation is more complicated.
First, the observer synthesis is presented for nonlinear systems with variable time-delay and is extended for nonlinear systems with multiple time-delay.
Finally, we generalize our results for nonlinear systems with real parametric uncertainty to derive corresponding observer design results for nonlinear systems with exogenous disturbance.
This paper deals with a novel formulation of continuous-time model-predictive control for nonlinear systems.
Pernice, H.F. Walker, NITSOL: a Newton iterative solver for nonlinear systems, SIAM J. Sci.
The method is particularly advantageous for nonlinear systems, since there is no requirement for nonlinear identification.
More suggestions(15)
for automated systems
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