Sentence examples for measurement accuracy due from inspiring English sources
Conventional VoIP data is used as a benchmark in Section 5 to quantify the decrease in quality measurement accuracy due to wireless-VoIP distortions.
18 20 These methods were limited by relatively poor measurement accuracy due to subjectivity of locating landmarks and by the length of time needed to collect the data.
Firstly, some of the variation is likely a result of the ND-1000 meaccuracyt accuracy, whether due to the fact that the measurement accuracy of the spectrophotometer (≈±1 ng) is vastly higher than the mass of a single PCR product, or due to the fact that original genomic DNA within the final PCR product lead to overestimation of the amplicon content.
In addition, multiple-synchronized sensors were tested for their measurement stability and accuracy (due to possible cross-talk errors) when mounted on a prototype sprayer.
The application of the narrow-band filters was found to increase both the accuracy and the precision of the temperature measurement, so that measurement accuracy that is due to the presence of interferences has been improved from 198 K to 10 K at a location where the soot volume fraction (fv) is 1.2 ppm.
A comparison of the MSE values for discrepancy corrected and non-corrected measurements gives a measure of improvement in accuracy due to the discrepancy correction.
Currently, flow measurements are being taken to demonstrate the accuracy due to the proposed structural modifications.
Ultrasonic temperature measurement has the potential to improve measurement accuracy by increasing the length of a received signal due to its excellent performance with noise resistance.
Third, systematic error arising from uncertainty of the nominal sensitivity vector directions due to optical system misalignments can reduce measurement accuracy [ 22].
On one hand, the WSN provides a good radio coverage but with a low positioning accuracy due to the high noise on RSSI measurements.
They may disparage survey datasets as potentially biased and lacking in accuracy due to the subjectivity of responses and faults of measurement instruments Bennett et al. (2012).
