Sentence examples for most appropriate parametric from inspiring English sources

Thus, the scope of this paper is far beyond that of [ 13], which was to improve the clustering process for one fixed clinical parameter by detecting the most appropriate parametric setting to obtain the best clustering result.

Among predefined system family types in Revit, the Wall element is most appropriate for modeling parametric smoke curtains and ceiling signboards.

The sampling rate was 100 kHz in order to provide the most appropriate operating conditions for the parametric methods that were used so that they could provide estimates of the spectral components around the order 2m f, which are the most significant introduced by the aforesaid type of PWM and whose amplitudes were fixed up to 12% of the fundamentala.

The distribution of all key process parameters (at both flow compartments, throughout the membrane envelop) can be predicted, as a function of the membrane sheet and the spacers geometrical characteristics; thus the new simulator is most appropriate for module design optimization, parametric studies and other applications.

However, as satisfaction with the required criteria for normality was partially met, parametric tests were deemed most appropriate to provide generalizable findings.

Medians therefore provide the most robust measure of central tendency and the non-parametric Mann–Whitney U the most appropriate corresponding statistical test.

Inevitably there are advantages and disadvantages to non-parametric versus parametric methods, and the decision regarding which method is most appropriate depends very much on individual circumstances.

Finally, parametric study is carried out on the most appropriate bond stress-slip model to investigate the effect of different surface conditions of reinforcing bars on the structural behaviour.

For test-retest reliability, non-parametric Spearman's rank-ordered correlation was most appropriate to assess relative changes to behavioural ranking over time.

Desalination technologies are reviewed comprehensively to determine the most appropriate option for the Cu Cl cycle and a thermodynamic analysis and several parametric studies of this coupled system are presented for various configurations.

Results from the multivariate parametric modelling suggested that the loglogistic model was the most appropriate to use.