Sentence examples for adjustment errors from inspiring English sources

Data analysis is accompanied by a method of optimization that minimizes adjustment errors of measurement using regression by parts and by the selection of the optimum period to estimate more accurately the flow rate.

It is then shown that a mount with an asymmetric stiffness displacement function can offer significant performance advantages when there are adjustment errors in the loading of the mount.

In both gravity condition, the lowest anchoring index values were obtained by the subjects making the highest adjustment errors, whereas the highest anchoring index values were obtained by those making the lowest adjustment errors, and there was a continuum between the two extremes.

The Spearman, coefficient of correlation shows that the subjects' postural performances (i.e the anchoring indexes) were significantly correlated with their perceptual performances (i.e the adjustment errors made in the RFT) under normogravity (r = −0.68; p<0.001) as well as in microgravity (r = −0.85; p<0.001).

Without adequate adjustment, errors in units of analysis may arise with data from crossover and parallel-group trials that have multiple arms.

What's really disturbing about this, as Tim Duy writes, is that the Fed is struggling with the meaning of this adjustment error.

The design of Fault Detection and Isolation (FDI) systems is generally based on models identified by minimizing adjustment error.

Automatic adjustment of operation time tables in the complex environment of multi-objective optimization was used, and the adjustment error is less than 5 s.

Furthermore, even devices that do meet this assumption may be subject to significant adjustment error, particularly in the context of air vehicles where manoeuvres such as banked turns can cause an apparent variation in gravitational acceleration, and a consequent variation in the weight of the payload.

The study results show that the equipment can meet the machining requirements of the spray holes with diameters Φ140 300 μm, taper-angles 0 1.3° (K-factor 0 2.3) with adjustment error <0.037°, space accuracy <0.2°, dimensional accuracy ±2 μm and machining-feed efficiency of 1.5 mm/min.

As expected, the BLC6 real prediction error of 1.10 for 1995 is higher than the adjustment error of 0.48 for the BLC6 of 1975 94, as the later were included in the supervised training.