Sentence examples for more complicated measures from inspiring English sources

We briefly discuss these more complicated measures in eAppendix B (http://links.lww.com/EDE/A925).lww.com/EDE/A925

Muscle strength measures of different body compartments are correlated, so when feasible, grip strength measured in standard conditions with a well-studied model of a handheld dynamometer with reference populations can be a reliable surrogate for more complicated measures of muscle strength in the lower arms or legs.

It is possible that the area under the curves could be used as the readout rather than maximal rlu, since the curves were similar within a given experiment (same PMN batch), but this is a much more complicated measure, likely reflecting more complex phenomena.

The Lorenz Curve and the Concentration Curve are more complicated ratio measures, and have been shown to be specific examples of the class known as Relative Distribution Measures.

More complicated similarity measures are possible and have included mutual information or approximate segment-wise mutual information as used in the layered stereo approach of Zitnick [31].

Finally, we remark that our methods can be generalized beyond the simple notion of degree centrality to other more complicated centrality measures that also have functional significance.

Use of p-distance in an ME context is further supported in several studies which found that, unless sequence lengths are very great, the simple p-distance generally gives better results in phylogenetic inference than more complicated distance measures [ 31, 32].

Also, the interpretation for MANOVA is somewhat more complicated, as traditional measures of effect size, such as model r‐squared (R2) and parameter estimates are not immediately clear.

This may reduce the representativeness of data.3 Other disadvantages are that data editing and analysis can take longer than in cross-sectional studies, because data handling is more complicated and that measuring the same characteristics at different points in time is very challenging for the validity and reliability of measures.

For the more complicated case of measuring the growth rates of the individual facets, an outline imaging and experimental strategy for direct 3D characterisation is proposed.

The relationship with flight speed is more complicated than the other measures of wing camber, with the highest values at intermediate flight speeds.