Sentence examples for measurement error increases from inspiring English sources

The measurement error increases from 4.6%too 94.4% as the average flow velocity decreases from 1.37 cm/s to 0.18 cm/s.

Since most of the geodetic measurements today are predominantly GPS observations, the baseline length is a critical issue because the measurement error increases with increases in the baseline.

An important feature of this proposal and analytical demonstration in[18] is that the performance of the algorithm does not deteriorate significantly when the distance measurement error increases.

It is well known that, in the conventional two-microphone measurement, if there exists an intrinsic phase mismatch between microphones and/or channels, a so-called bias error appears and the measurement error increases as the frequency becomes lower.

On the other hand, when the baseline changes to a larger value (b = 120 mm), the relationship between the measurement error ∂h x, y)/∂b and h is nonlinear and as the height of the object increases the measurement error increases faster than the shorter baseline (b = 30 mm).

Hence, for simple shapes like murine molars, the contribution of the harmonics decreases as their rank increases whereas the amount of measurement error increases concomitantly (e.g. [26]).

The measures of student performance have been 'conditioned' to reduce measurement error increasing the correlations across domains to between 0.8 and 0.9 (Bond and Fox 2001, p. 259; Cromley 2009).

Sensitivity measurement error increased as the temperature decreased due to the difficulty in keeping the sensor temperature stable at low temperatures.

Methods of increasing the power of proposed research that do not involve merely increasing sample size (such as reduction in measurement error, increasing 'dose' of the independent variable and optimizing the design) are noted.

At 95 Hz, the maximum absolute time resolution to measure the time between two signal peaks is 1 95 Hz = 10.5 ms, inducing a measurement error increasing with the heart rate with 0.0175% per beat per minute (bpm) (e.g. at 80 bpm the relative error is up to 1.4% equivalent to an absolute error of 1.12 bpm).

Adjustment for measurement error increased the magnitude of the HRs by 10-15%, and also widened the confidence intervals, suggesting the presence of both classical and Berkson errors when using ambient, as opposed to personal exposures of ambient origin, as the exposures of interest [ 17].