Sentence examples for generalized state of from inspiring English sources

The algorithm is developed in the framework of Kalman filter with unknown excitation, in which minimum-variance unbiased estimates of the generalized state of the structure and the external excitations are obtained by virtue of limited sensor measurements.

Thus, it is possible that the generalized state of T cell unresponsiveness shown by FMDV-infected swine at early times post-infection is mediated by IL-10 produced by MoDCs.

Activation of the amygdala without concurrent downstream processing may leave the individual with ASD in a generalized state of preparedness and lacking in the information necessary to resolve the complexities of their social environment.

The developmental thrust was further circumscribed by the generalized state of crisis in the target districts.

In other words, the current results indicate that the first two PPT trials may have caused a generalized state of increased sensitization of the nociceptors.

Some of these, such as the eukaryotic translation factors (EIF2, EIF4, EIF5), histone H4i, the lysosomal proteon pump ATP6V1E1, the peroxisomal biogenesis factor 6, asparagine synthetase, ER/Golgi transport (Rab1B), and chromobox homolog 3 participate in basic cellular activities and reflect the relatively generalized state of naïve stem cells.

This approach allows explicita prioriintegration in time of the energy related integrals, leading to the general algebraic equations of motion (AEM) in which the constant expansion coefficients constitute the generalized states of motion.

17 Conversely, the sustained exposure to exogenous opioids induces pronociceptive trigeminal neural adaptations in animal migraine models 18 with generalized states of cutaneous allodynia that are blocked by inactivation of the RVM.

The work in [28] investigates the video streaming performance based on a Markov chain model and signal transfer function of generalized state transition diagram.

The controller design is carried out using the generalized state space average equations of these converter circuits and the celebrated "energy shaping plus damping injection" ideas of the passivity-based approach.

In this work we extend results from the literature on H∞ design with pole placement constraints to the case of generalized state space models, for both continuous-time and discrete-time systems.