Due to the fact that the location of the power car driver's cab was near to the two antennas, partial horizon obscuration and increase in geometrical factor dilution of precision (DOP) occurred.
For constellation-specific performance analyses it has become common practice to separate a geometry-related quality factor (the dilution of precision, DOP) from the measurement and modeling errors of the individual ranging measurements (known as user equivalent range error, UERE).
Dilution of precision factor is responsible for the obtained accuracy.
This paper surveys and evaluates existing clock synchronization protocols based on a palette of factors like precision, accuracy, cost, and complexity.
or to the pharmacy (in our study) could be a factor in the precision of the estimation of discontinuation.
As may be observed in the table of 2006 CODATA values below, the main limiting factor in the precision of the Avogadro constant is the uncertainty in the value of the Planck constant, as all the other constants that contribute to the calculation are known more precisely.
Results are presented with a special focus on the linearity of the device, since this is expected to be the limiting factor on the precision of the polarization measurement at the ILC.
This network explicitly taking the misalignment into consideration was able to estimate the stress concentration factors with a higher degree of precision than common solutions using reference stress concentration factors (for different load cases) and magnification factors.
The accuracy of each position is determined by geometric dilution of precision (GDOP) factor which is defined as: {text{GDOP}} = sqrt {sigma_{x}^{2} + sigma_{y}^{2} + sigma_{z}^{2} + sigma_{t}^{2} } (5 where σ x x position determination error (m), σ y y position determination error (m), σ z z position determination error (m) and σ t time determination error.
A new planned muon g−2/EDM experiment at J-PARC aims to measure g−2 to a factor of 5 better statistical precision and a factor of 100 better sensitivity for the electric dipole moment (EDM) measurement compared to previous experiments.
The developed method presented limits of detection and quantification of 0.13 and 0.42 μg L− 1 respectively, an enrichment factor of 13.3-fold and precision expressed as a repeatability (% RSD, n = 10, 2 μg L− 1) of 2.5%.
