Sentence examples for error measuring from inspiring English sources

This paper describes the development of a real time error measuring device for the simultaneous measurement of movement errors in straightness, yaw and roll in a linear machine stage.

This study has developed a radial error measuring device for miniature ultra-high-speed spindles because it is very difficult to measure the radial error motion of miniature ultra-high-speed spindles by the conventional measurement method using capacitive-type displacement sensors.

It also serve to eliminate issues of human error — measuring temperature incorrectly or just forgetting to track at all.

In order to evaluate these segmentation algorithms, we used error measuring methods that quantify the consistency between them.

The error measuring parameters have also attained reasonably lower values with AAE ≤ 0.071, RMSE ≤ 0.081, and MAE ≤ 0.224 in each case.

In this paper, different models are compared using two error measuring parameters, Mean Absolute Percentage Error (MAPE) and Symmetric Mean Absolute Percentage Error (SMAPE) which can be defined as shown below.

The equation of confidence, health, technique and equipment is fragile against a margin for error measured in fractions of seconds.

Power spectral density (light lines) and integrated noise (bold lines) of the residual phase error measured in the f-to-2f interferometers after the first compression stage.

The a posteriori error estimator yields global upper and local lower bounds on the error measured in the L2-norm.

The error measures considered in various models are also different.

Location data were plotted using Arcview 3.3 [27] using Argos Tools [28] and the actual error measured.