Sentence examples for average square distance from inspiring English sources
The average square distance, taken over all molecules and a measure of the average distance a molecule travels, gives us the mean square displacement (MSD).
The average square distance between two consecutive broken fibers is (|langle Delta r^{2}rangle ^{1/2}|=L/sqrt {6}) [Stormo et al. (2013)].
Moreover in the Additional file 1, we give a detailed comparison of the distance method applied here with some of the most used genetic distance measures based on microsatellite analysis, such as the Nei distance [14], the Cavalli-Sforza distance [15], the Goldstein distance [14] and the average square distance [16].
The weight of each gene is computed based on its minimum distance to any known functional group (e.g. a pathway) where the distance is defined as the average square distance from this gene to all the genes in the group.
These measures are either based on the RMSD (root mean squared deviation: average squared distance between homologous alpha carbons) or the dRMSD (distance RMSD: average square difference of distances between equivalent pairs of amino acids) like the DALI score (Holm and Sander, 1995), APDB (O'Sullivan et al., 2003) or the iRMSD (Armougom et al., 2006a).
R g is a geometrical quantity, which is defined as a weight averaged root mean square distance of elements (and in this case, scattering centers) from the center of mass.
Diversity and haplotype connectivity scores for the sampling locations pictured in Figure 5, ranked according to normalized average square-distance diversity score (AD*).
Morphological variability was assessed by computing the point-to-point root mean square distance between individual brainstem envelopes and the averaged model.
It is defined as the square root of the minimum value of the average squared distance between each pair of corresponding atoms, over all the possible rotations and translations.
Average mean excess Welch square distance.
If all M codes within a set have to be considered, then the Average Mean Excess Welch Square Distance (AMEWSD M P ) can be expressed as begin{array}rcl@ mathrm{AMEWSD^{MP}}=frac{1}{M}text{MEWSD}^{text{MP}SD}^{text{MP}}_{i} end{array} (13).
