Sentence examples for mean shift of from inspiring English sources

Simulation results revealed that depending on the delays' magnitude the average mean shift of the resulting assemblies' length increased between 5% and 64% whereas the average standard deviation increased between 3% and 33%.

Therefore, this approach enabled us to reveal an additional shift of the upper percentiles of BMI-SDS and fat mass in children, additionally to the previous shown mean shift of these two outcomes [8].

Mean shift of is close to the initial variance for both values of.

If we assume proportions in each category in the control group as shown in Figure 1g and proportional odds shift, then an OROrdinal of 1.63 is approximately equal to a mean shift of 5.0.

To account for the distribution of fixation positions within words, current models of eye-movement control in reading (e.g., Engbert, Nuthmann, Richter, & Kliegl, 2005; Reichle, Rayner, & Pollatsek, 1999) typically incorporate the launch-site-contingent mean shift of saccadic landing positions within words on the basis of McConkie et al.'s (1988) quantitative estimates.

The CNA kit extracts did not inhibit the SYBR-based Adhβ assay up to concentrations of 125 μL plasma per microlitre; however, at the maximum concentration of 250 μL plasma per microlitre of extract (equivalent to 1 mL plasma extract per qPCR), a mean shift of approximately 2.0 Cq units was observed (Fig.  3c).

Finally, it was shown that the monitoring procedures are independent against changing the mean shifts of the preceding stages.

Depending on the respective climate model used in the examination at hand, the long-term mean shifts of apple bloom in Hesse range between 13 and 18 days when comparing the periods 1971 to 2000 and 2071 to 2100.

The mean shifts of explicit judgments are shown in Figure 3c.

Psychometric functions were not presented, but it can be calculated that the mean shifts of ~1 pixel/second were very close to the absolute velocity threshold for motion, and would thus have been close to the levels of sensory noise, as in the experiments we have reported here.

Furthermore, the kinetic model fitting results show that increase of CBZ loading from 33.3% to 75%w/w causes a significant decrease in the release exponent n (from 0.939 to 0.637), which means shift of erosion-controlled (zero-order) release to anomalous mechanism.