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A new practical and simple design based on dynamic output feedback is proposed.
This paper deals with Takagi Sugeno (T S) systems stabilization based on dynamic output feedback compensators (DOFC).
For performance comparison, a traditional reliable control (TRC) law based on dynamic output feedback is also developed by considering the batch process in each cycle as a continuous process.
Moreover, some relevant frequency measurement methods are introduced, a frequency measurement method based on dynamic output characteristics has been proposed for the purpose of investigating the modulated output signal of resonant vibratory gyroscopes.
Based on dynamic output sliding mode control (SMC), Lyapunov theory and linear matrix inequality (LMI) technique, the stability of overall uncertain time-delay chaotic system with input nonlinearity under the proposed control scheme is guaranteed without the state predictor.
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Hence, an adaptive output feedback controller based on dynamic recurrent fuzzy neural network (DRFNN) is proposed, in which the location information is only needed for controller design.
Prediction of fluid responsiveness is based on dynamic tests and indices, which observe the effect on cardiac output of changes in cardiac preload, either spontaneously induced during mechanical ventilation or provoked by some manoeuvres [44].
This paper deals with the output regulation problem of the nonlinear multi-agent systems based on dynamic neural networks.
This paper investigates the output feedback control for a class of stochastic nonlinear time delay systems based on dynamic gain technique.
PCRM is based on Dynamic Source Routing (DSR) protocol.
The proposed novel method is based on dynamic Gabor filter and dynamic Gaussian detector.
More suggestions(15)
based on dynamic microtubule
based on dynamic Source
based on dynamic consensus
based on dynamic envelope
based on dynamic panel
based on static output
based on dynamic consolidation
based on dynamic selection
based on urine output
based on dynamic scattering
based on dynamic response
based on dynamic status
based on dynamic filtration
based on dynamic core
based on urinary output
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