To always get a more-or-less reasonable solution, and to be efficient, they often compromise for accuracy of the results which is certainly inadequate from a scientific point of view.
This is necessary to avoid the possible compromise of diagnostic accuracy due to reduced image quality or under representation of the lesion in the digital image [ 6].
Such approach gives the way to construct the kinetics models optimal from the point of view of compromise between accuracy and simplicity.
This would be particularly the case with preventative public health interventions, but it was necessary to compromise between accuracy of data and the risk of underestimating future benefits.
Numerical results are validated with available experimental data and it is concluded that the standard k ε turbulence model coupled with an improved treatment of the wall functions namely the 'enhanced-wall treatment' gives the best compromise between accuracy of results and computation time.
The FSCK and the SLW, using FS k-distributions assembled with the Modest and Riazzi scheme, are found to be the best compromise in terms of accuracy and computational requirements.
Their method achieves a good compromise between accuracy of the results and required computing time.
Thanks to its good compromise between accuracy of results and calculation time, RANS still represents a valid alternative to more resource-demanding methods.
This mode estimate also seems less affected by the sample size effect observed with mean-based estimates since, in our data, good convergence for the mode could be obtained even with relatively small sampling (∼107), resulting in a good compromise between accuracy of calculation and computation time.
After testing various numbers of scaling classes to calculate the discrete thermodynamic estimate of the marginal likelihood (not shown), six classes were found to be a good compromise between accuracy of the result and computational time.
In order to predict the paths and intensities of future storms, GMAO scientists must create simulations — computer models of storms that, for lack of infinite processing power, must make compromises in terms of accuracy.
