Sentence examples for precision in comparison to from inspiring English sources

This method showed similar or better performance in terms of accuracy and precision in comparison to established methods like pycnometry, hydrostatic balance or hydrometry [5 8].

A general setup for flexible measurement systems is defined in Section 3.2 and is used as an in-silico experiment to introduce and discuss different optimum experimental designs that provide the best improvement of the TCP precision in comparison to the configurations chosen by a heuristic or randomly.

Another advantage of HD injection mode lies in its higher precision in comparison to the EKI [ 33].

Because of their higher transfer volume and hence precision in comparison to pin replicators, they reduce the variance of initial biomass concentrations.

A disadvantage commonly attributed to qRT-PCR is reduced precision and accuracy in comparison to other analytical methods.

This will enable us to make an exact measurement of several important exposures and confounders, direct measurement of genetic markers of relevance for infections or schizophrenia/bipolar affective disorders compared to data on family history, and will dramatically change the precision and interpretability in comparison to most studies currently available.

Like in DawnRank, we evaluated all non-synonymous mutations and evaluated each method using precision-recall metrics in comparison to CGC.

Zernike velocity moments are based on orthogonal Zernike polynomials, and so the moments are less correlated and require a lower precision for their calculation in comparison to their Cartesian counterparts.

To increase the sensitivity of the experiment and the precision of the measurements in comparison to the study conducted by Douglas and Bilkey [16], we increased here the number of observations from 20 to 160 and we switched from an overall manual test to a computerized version that timed each response.

In general, the disagreements could be attributed to the handling of different coding rules (incidence date), or to a lower level of precision by the clinician in comparison to registration personnel (primary site, laterality).

The results show that: (1) simple precision floating point arithmetic is sufficient for LBM computation in comparison to double precision; (2) the implementation of LBM on GPUs allows us to achieve up to about one billion lattice update per second using single precision floating point; (3) GPUs provide an inexpensive alternative to large clusters for fluid dynamics prediction.