Sentence examples for deviation was introduced from inspiring English sources

In the frontal and sagittal plane, no axis deviation was introduced by lengthening.

When setup deviation was introduced into CBCT-based dose calculation, the gamma pass rate significantly decreased while the volumetric doses of the targets and some normal organs exhibited different changes compared to the original plan.

Two component model including the constant and proportional terms of the standard deviation was introduced by Rocke and Lorenzato [ 26] in the context of analytical chemistry and later applied to cDNA and oligonucleotide microarrays [ 27]; see also [ 28, 29].

As alternative to the ST time integral as a feature of ST deviation, the K point deviation was introduced: the baseline deviation at the minimum of the ST-segment envelope signal, which increased 12-lead detection rate by 7% for a reasonable threshold.

For this reason, standard deviation,, is introduced as (10).

To account for synchronization errors and varying propagation delays, zero-mean Gaussian synchronization errors with standard deviation were introduced (see Figure 3).

For the geolocation approach proposed in this paper, a deviation is introduced to the landmark, and in combination with estimated relative delay between landmarks and the target, the target IP geolocation is converted to solve an optimization problem.

Our divergence time estimate and its standard deviation were introduced in a subsequent Bayesian analysis of cytochrome b sequences of Galemys, Desmana and other talpid species used as outgroups.

In a recent study by Reich et al. (2013), both nonspeech and speech stimuli were used in a paradigm where participants responded to the second syllable of a spondee or the duration of a tone, while irrelevant deviations were introduced by changing the first syllable of the spondee or its pitch, or the frequency of the tone.

A power deviation analysis method was introduced in order to design the optimal TEG module area for a high power output.

A factor k, which multiplies the standard deviation of the errors, was introduced as a threshold to distinguish between not significant (to be explained in terms of measurement errors) and significant effects.