Publication | Closed Access
A revised look at numerical differentiation with an application to nonlinear feedback control
154
Citations
18
References
2007
Year
Unknown Venue
Numerical AnalysisEngineeringStabilityNonlinear System IdentificationNumerical DifferentiationAcademic SignalSystems EngineeringNonlinear Vibration ControlNonlinear ProcessDifferential AnalysisNonlinear ControlAutomatic DifferentiationMathematical Control TheoryControl DesignRevised LookNonlinear Signal ProcessingMechanical SystemsNoisy Time SignalLinear ControlFeedback Control
We are presenting new and efficient methods for numerical differentiation, i.e., for estimating derivatives of a noisy time signal. They are illustrated, via convincing numerical simulations, by the analysis of an academic signal and by the feedback control of a nonlinear system.
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