In order to handle the high level of uncertainties and noisy training data, a desired synchronization error can be attenuated to a prescribed level by incorporating fuzzy control design and H∞ tracking approach.
Further research showed that NF-κB reached the activity peak at 30 minutes after treatment of IL-1β, and then attenuated to an undetectable level [ 32].
The purpose of the addressed H∞ state estimation problem is to design a state estimator such that, for all admissible nonlinear disturbances, missing measurements as well as coupling delays, the dynamics of the augmented systems is guaranteed to be exponentially mean-square stable and attenuated to a given H∞ performance level.
After solving a simple linear matrix inequality for gain conditions, the effect from disturbance and estimated parameter errors to motion/force errors is attenuated to an arbitrary prescribed level.
The effect of disturbance on the controlled output, which is allowed to be any function of output measurements, can be always attenuated to an arbitrarily small level with global asymptotic stability if the plant belongs to a wide class of triangular systems whose uncertainties do not necessarily have finite linear-gains.
Based on the universal approximation theorem, a fuzzy logic controller equipped with a training algorithm is proposed such that the tracking error, because of the matching error and external disturbance, is attenuated to an arbitrary desired level using the H∞ tracking design technique.
In order to detect reflected STED light and reflected excitation laser light within one image acquisition, both channels had to be attenuated to comparable levels.
In the endotoxin and fucoidin treated groups (A-C), LA was attenuated to levels similar to control group (D).
These results showed that both IFNα/βBPGAGmut-expressing mutant VACV and ECTV were highly attenuated to levels similar to those found with the corresponding IFNα/βBP deletion mutants.
The PR for age was attenuated to non-significant levels in multivariable analyses.
Transfer of Treg cells generated under TregHAR conditions attenuated intestinal inflammation to a level indistinguishable from that achieved by transfer of Treghi-Treg cells.
