Among SAC schemes, parametric stereo (PS) [5] drew keen attention due to its simple but effective way of representing stereo audio.
Considering the system parametric uncertainty, the boundary control schemes developed achieve uniform boundedness of the steady state error between the boundary payload and the desired position.
Simulation results are shown to illustrate the performance of the proposed scheme under parametric uncertainties and low speed.
In the following, we show that it is still possible to apply the proposed probing scheme if parametric estimation techniques are considered.
Finally, to illustrate and validate the efficiency and robustness of the proposed finite time control scheme, a parametric case study with three piezoelectric actuators is performed.
First, the boundary of the domain is meshed using an indirect scheme via parametric domains and then the mesh of the three-dimensional (3D) domain is generated.
A scheme of parametric analysis for the nonlinear kinetic models which includes a construction of dependencies of steady states (st.s). on parameters, an analysis of stability, a construction of bifurcative curves, the parametric and the phase portraits is described in this study.
It is difficult to overstate the generality and importance of Eq. 3 its solutions grandfather nearly every known statistical estimation scheme, under parametric assumptions about additive noise (Friston 2008).
In order to accommodate actuator failures which are uncertain in time, pattern and value, we propose two adaptive backstepping control schemes for parametric strict feedback systems.
The 3600 fins that comprise the roof shading system were generated using a parametric scheme where the fin orientation has a random component.
