Sentence examples for average unsigned error from inspiring English sources

The average unsigned error (AUE) of the calculated ΔG hyd values for these solute molecules amounts to 4.12 kcal/mol, which is much higher than that for all the molecules included in the two test sets (1.28 kcal/mol).

Using a machine-learning algorithm on a data set of 10 proteins and 179 mutations, we predict both the magnitude and the sign of the allosteric conformational equilibrium shift by the mutation; the impact of a large identifiable fraction of the mutations can be predicted with an average unsigned error of 1 kBT.

Among the four ab initio and density functional models, the average unsigned error using the variational model at the VMB2 level is about 60 kcal/mol, or about 1 kcal/mol per monomer.

This yields a mean unsigned error of 0.68 kcal/mol for the absolute binding free energies.

The results of the studies show that the mean unsigned error is 0.44 log units for Ki data and 0.55 log units for IC50 data.

In terms of accuracy of localization, we observed a strong increase in the mean unsigned error of the subjects compared to binaural conditions (all subjects combined, mean error 30.4±1.4°, p<0.05, Figure 2 right).

In the group which received a visual indication of their performance accuracy (group FB), subjects also present an overall improvement in their sound localization performances expressed as a 10.8° (±0.1°) reduction in their mean unsigned error of sound localization.

We found that the mean unsigned error with the hemispheric decoder was greater than 30°, when trained and tested in quiet with HRTFs.

In Moore et al. (2008), the mean unsigned error was directly reported (although only for directions near the midline) and was in the 2 4° range.

In Figure 6D, we report a mean unsigned error of 5° for the optimized hemispheric model (including frequency-dependent and nonlinear corrections; error for the pattern decoder was nearly 0°).

When the cat's head is unrestrained, direction estimates show little bias and the standard deviation is 3 4°, which corresponds to a mean unsigned error (the measure used in this article) of 2.4 3.2° (assuming normally distributed responses).