Sentence examples for circumvent uncertainties from inspiring English sources

PID controllers are then designed based on the longitudinal flat model in order to circumvent uncertainties and parameters dispersions.

To assess the circumvent uncertainties in terms of the output of wind and PV generating units, demand response related load fluctuation, conventional generation units, market price volatility, and transmission path deployment, the correlation coefficient matrix is introduced to handle the dependency of the uncertainties in the paper.

We considered concentrating the urine before bioassay, but to circumvent uncertainties about the recovery of endogenous infectivity, we decided to inject the urine as collected.

This formulation even circumvents uncertainty about how detection probability changes with effort.

To circumvent the uncertainties of degradation, Duer et al. [ 119] investigated correlation for what they termed "total cocaine", corresponding to the sum of the concentrations (in µmol/L) of cocaine and its metabolites (ecgonine, ecgonine methyl ester and benzoylecgonine).

To circumvent high uncertainty in single-date analyses of such areas, we propose to characterize them as dynamic cover types (DCTs), or sequences of wetland states and transitions informed by physically and ecologically plausible surface processes.

Our approach of using PA+LFn for the delivery of CdtB to the cytosol of a targeted cell circumvents these uncertainties about the trafficking of the native toxin.

Therefore, to circumvent this uncertainty, we monitored both the total number of GFP-labeled and unlabeled cells considered to be contacting the hub and used these values to determine the fraction of labeled CySCs as a percentage in each testis.

It also circumvents the extensive uncertainties surrounding the quality of diagnosis and reporting of TB cases that could weaken the analysis.

The problem in dealing with the mismatched uncertainties is circumvented by using the multiple-surface sliding control (MSSC) algorithm.

The finite element models allow assignment of a wide range of elastic plastic properties to the sample while circumventing many of the uncertainties faced in experimental investigations, and thereby offer unique opportunities for critical validation of the different data analysis procedures.