Sentence examples for better by using a from inspiring English sources

(Mr. McGregor goes him one better by using a helicopter).

Machines learn language better by using a deep understanding of words.

This filter modeled arm movement profiles better because it used the history of past movement, and it described neuronal modulations to movements better by using a quadratic model of neuronal tuning which included tuning at multiple time offsets.

Of greater interest to him, he said, is the extent to which the textual meanings or expressive purposes of a specific piece may be better served by using a small chorus or a large one.

Since this dataset is very challenging, we believe our method can achieve a better result by using a more complex nonlinear classifier learned from a supervised way.

One can represent stereo images in a better way by using a feature space where they are robust, distinct, and transformation invariant [11, 12].

In [21], it has been shown that the BEM-based linear MMSE channel estimator can achieve a better performance by using a larger number of observation samples, that is, when all elements of are included in the observation vector.

Agencies would be better served by using a checklist or a standard set of questions, rather than leaving the means for ascertainment up to the individual clinician or intake worker.

The cancellation of the direct signal and clutter causes the strong targets to be seen better, and by using a simple detector such as the cell-averaging constant false-alarm rate (CA-CFAR), they can simply be detected.

However, Gao et al. [55] found that one could achieve a better plan by using a line segment (chord) to connect the highest and lowest points of the curve or surface that corresponds to the nonlinear stress-life relationship, and by considering the chord as a new stress-life relationship from which to design the test plan and extrapolate the pth quantile.

We show that separation of signals originating from the left and right SI is better achieved by using a large number and a wide range of temporal delays between a few and several hundred milliseconds when compared to results using various subsets of these delays.