Sentence examples for accuracy scaling from inspiring English sources

Increasing the accuracy scaling constant d leads to an increase in the amount by which any effort decreases the uncertainty in the information, but the effect of increasing this constant on the ESS level of effort to put in varies, where some intermediate value of d gives a maximal value of e* (as demonstrated in figure 1D): therefore, increasing d could lead to an increase or decrease in e*.

Table 9 Performance contrasting Without using data fitting algorithm Using data fitting algorithm Accuracy Scale Reliability Satisfaction Accuracy Scale Reliability Satisfaction General Poor Good 60 % wonderful wonderful Good 90 %.

One can see that, in the EU country, accuracy scales linearly with the percent of users we consider.

In EU accuracy scales linearly with the top x% of the dataset while in SA most algorithms plateau around the top 60% of the database.

We first consider DoA estimation (section 3): we compare the performance of MUSIC against the CRB and show how DoA estimation accuracy scales with the number of antennas m.

In Pellicano and Rhodes [13], the average of the two conditions compared to calculate holistic processing (part and whole) was nicely in the middle of the 2AFC accuracy scale for adults (80%), but was low enough to perhaps produce a restriction-of-range problem in children (63%).

Although being, in my view, far from complete in terms of accuracy, scale and coverage of molecular types, and certainly in terms of understanding of the information contained, some generalizations have been developed from this research.

not significant, PANSS The Positive and Negative Syndrome Scale, SEES Subjective Exercise Experiences Scale, SOFS Socio-Occupational Functioning Scale, TRACS TREND Accuracy Scale, TREND Tool for Recognition of Emotions in Neuropsychiatric Disorders, WHO QOL-BREF WHO Quality of Life-BREF quality of life assessment, y - years.

Moreover, in the test problems we studied, the number of sampled parameters necessary to estimate the volume of the viable space to a given accuracy scales exponentially with the number of dimensions for Gaussian and uniform sampling, whereas it scales linearly for our algorithm.

An algorithm's accuracy typically scales with its complexity, so the more complex an algorithm is, the more difficult it is to explain.

However, it is unclear how this accuracy would scale when considering stoichiometries that span several orders of magnitude.