Regarding in-process AE monitoring, various AE parameters such as AE RMS, AE count rate and AE frequency contents are generated from the monitoring signals and utilized to detect the mode states and transitions.
The combinatorial effect of nonlinearities, parameter uncertainties, unmodelled dynamics and time-varying external disturbances is aggregated into a perturbation, which is estimated online by a sliding-mode state and perturbation observer.
The strong nonlinearities originated from the aerodynamics of the wind turbine, together with the generator parameter uncertainties and wind speed randomness, are aggregated into a perturbation that is estimated online by a sliding-mode state and perturbation observer (SMSPO).
In this paper, a dual-mode state and fault estimation scheme is proposed for switched linear systems with a class of state jumps in the presence of simultaneous actuator and sensor faults.
The combinatorial effect of nonlinearities originally stemmed from wind turbine aerodynamics, generator modelling uncertainties and wind speed randomness is aggregated as a perturbation, which is rapidly estimated online by a sliding-mode state and perturbation observer (SMSPO).
The intention of this paper is to uncover the grammar of the social field -- the key variables that make it possible for the operating logics and modes (states and stages) of a social field to shift.
This paper proposes three parallel modes for multi-dimensional dynamic programming (MDP) based on.NET4 Parallel Extensions, i.e., the stages parallel mode, state combinations parallel mode and hybrid parallel mode.
In the adjust mode (states A and D in Table 1), the collection interval T is incremented or decremented by a scalar update (κ>1) depending on the value of the metrics.
The transformation time from the 5-mm mode closed state to the 10-mm mode open state and the removal time from the 10-mm mode closed state to the 5-mm mode open state were measured.
Following [8], we employ an initial two mode squeezed state and compute the fidelity (mathcal{F}) in order to obtain the QFI.
