Sentence examples for more refined calculation from inspiring English sources

Compared with the spatial pyramid VLAD, SDEVLAD provides a more refined calculation for all the local features.

The company said it has not increased production in recent years and that the rise in nickel emissions it reported reflects more refined calculations and "normal variations in product mix and handling".

The framework and power calculations presented here represent a step toward more systematic and prospective genotype-phenotype study design for microbial pathogens, and can provide the basis for more refined power calculations (for example, accounting for continuous rather than binary phenotypes, or for analysis of un-matched strains).

The collapse loads, as predicted by simple upper bound solutions for a rigid, ideally plastic beam, and by more refined finite element calculations are generally in good agreement with the measured strengths.

We note in particular the inclusion of a greater number of archeomagnetic and volcanic directional data, more extensive chronological data and additional metadata, as well as modifications to the user interface that allow more refined data searches, the calculation and plotting of geomagnetic field model predictions, and visualization of data locations within Google Earth.

The high structural conservation observed in this region implies that the final answers can only be reached using ever more detailed models and refined calculation methods which will include all participating atoms.

However, the calculation of a more refined accrual period, which would drive many of the cost estimates, would require the adjustment for time dependent changes in the overall accrual rate.

This is nothing else than a numerical solution to the Coulomb integral of two charge distributions, that Volkov and Coppens [114],[115], instead solved with a more refined quadrature, obtaining a considerable speed up in the calculation.

In a paper published in 1691, and a more refined one in 1716, he proposed that more accurate calculations could be made using measurements of a transit of Venus, although the next such event was not due until 1761.

This enables calculation of stiffness functions and building of a more refined numerical model of the system.

While the accuracy of assembly calculations has considerably improved due to the increase in computer power enabling more refined description of the phase space and use of more sophisticated numerical algorithms, the computational cost continues to increase which limits the full utilization of their effectiveness for routine engineering analysis.