Sentence examples for make a predictive from inspiring English sources

In studying the various sets of features used in the literature, one of the most notable conclusions is that performance increases through combining multiple types of features, and that using the most relevant and expressive features can make a predictive model more robust [25].

The proposed method is based on the use of principal component analysis to reduce the extensive dimension of shop floor data and logistic regression analysis to make a predictive tool and pre-check of daily production plan capability to improve the effectiveness of decision making.

Of course, since about half of the viewers who knew about the bomb did not make a predictive inference about it at the end of the clip, this suggests that they were unable to hold it in their working memory till the end of the clip (and data to test this hypothesis support it, as shown in Hutson et al. (Robh, 2011)).

The real application of this app isn't that it potentially takes the guess work out of alcohol or that it caters to your own, personal tastes, it's that it could use science to break down chemical compositions and make a predictive analysis about something your tongue will like.

Our goal was not to make a predictive model, but to use the linear model as a tool to study associations and make inferences about evolutionary mechanisms.

We shall do a prospective multicentric validation of these findings in the next months, to make a predictive score of SICU-LOS.

First, when looking to see whether at least one participant in a pair made a predictive eye movement, the rates of prediction were just as high as for those in the voluntary condition.

For supervised learning, biased ARTMAP (bARTMAP) solves the problem of over-emphasis on early critical features by directing attention away from previously attended features after the system makes a predictive error.

Ingesting complex rulesets and making a predictive model is a specialty of neural networks, and researchers have been looking into this method — but Google has beaten the others to the punch.

At the same time, the snake's body feint is less likely to elicit a C-start for fish more distant from the snake's body, presumably making a predictive strike less appropriate.

Taken together, these findings, along with the results obtained in the present study, make a 'broader' predictive role of TIMP-1 in the treatment of breast cancer likely.