Sentence examples for sample the uncertainty from inspiring English sources

This paper provides new insights to understand uncertainty from a deterministic point of view, which is a necessary step to design more efficient methods to sample the uncertainty region(s) of equivalent solutions.

When the core inventory data comes from a probability sample, the uncertainty arises from three sources: observational and measurement errors [17 19], sampling errors, and errors in model parameters [12, 20].

When the core inventory data comes from a probability sample, the uncertainty arises from three sources: observational and measurement errors [ 17– 19], sampling errors, and errors in model parameters [ 12, 20].

It is extremely important for ensemble based actual evapotranspiration assimilation (AETA) to accurately sample the uncertainties.

When aggregate samples were formed by automatic sampling the uncertainty arising from nugget effects and spatial distribution was practically eliminated.

From the societal perspective, the cost-utility results are similar to the results from the health care perspective except that for the secondary CVR prevention samples the uncertainty about the incremental costs became even larger.

While this finding could be explained by undetected Symbiodinium harbored in these putatively aposymbiotic samples, the uncertainty introduced by these observations suggests that studies investigating the diversity of Cbs homologs across corals may require additional data (e.g., in situ hybridization) to confirm transcript origins.

According to sampling theory, the uncertainty from sample reduction (Ur) is inversely proportional to the square-root of the average number of critical particles in the sample (Minkkinen 2004).

If the model incorporates uncertainty in the damage ratio then the user can evaluate the mean damage ratio, or sample from the uncertainty distribution (damage ratio as a function of intensity) using a Monte Carlo simulation method.

For sample 3 32, the uncertainty in log Kc using Reaction 1 is 0.12 but increases to 0.25 with Reaction 2. Conversely, the SWC fines uncertainty for Reaction 1 is 0.45 but decreases to 0.12 with Reaction 2. Using either reaction, the SWC fines have a statistically significant higher U VI) adsorption affinity than sediment sample 3 32 (Tables 1 and SI S4).

For example, at the WWTP, when evaluating a compound that is present in 50 pusing·d−1 using a sampling frequency of 15-min to collect a 24-h composite sample, the attenuation uncertainty can range from 94% (0% degradability) to 9%90%0% degradability).