Sentence examples for dealing with ratios from inspiring English sources

One of the difficulties in dealing with ratios arises in computing variance estimators.

The effect of such measurement errors is, however, diminished since we are dealing with ratios rather than prevalences.

Future work should, therefore, investigate how well the cluster bootstrap deals with cost-effectiveness data and hence address the question of whether the disadvantages of the cluster bootstrap identified here are outweighed by its potential advantages in dealing with ratio statistics.

The ordered multiplicative modular geometric operator is a generalized form of the ordered weighted geometric operator which has been designed incorporating the advantages of the geometric mean to deal with ratio judgments and the advantages of the ordered weighted averaging (OWA) operator to represent the concept of fuzzy majority in the process of information aggregation.

In regards to controlling the horizontal and the vertical, one of the more mysterious parts of my job is dealing with aspect ratios when it comes to digitizing videotape.

The simulations were run on an Intel Core 2 Duo CPU at 2.53 GHz with 2.00 GB RAM; however, since we are dealing with time ratios, the same values can be expected in other processors.

Erreygers and Van Ourti [6] pointed out that the use of the health Concentration Index is pertinent when we are dealing with a ratio-scale health variable which is unbounded, i.e. which does not have a finite upper bound.

Obviously this would have been good for students to know way back when -- before they got so deep in debt -- but we are where we are, so let's talk about dealing with the ratio problems that exist today.

The limited ability to explain the variability in response to injury has resulted in challenges in dealing with signal‐to‐noise ratio and consequent underpowering of many previous studies.

We also experiment with co-training, in addition to self-training, and investigate how ensembles of self-training and co-training Naïve Bayes classifiers behave in the semi-supervised framework when dealing with various imbalance ratios.

A 'finite mixture model' based on linear regression enables to identify an unknown number of entities of different isotopic composition, thus providing a significant contribution to fields dealing with multiple isotope ratios in mixed samples.