The phrase "alignment accuracy is" is correct and usable in written English.
You can use it when discussing the precision or correctness of alignment in various contexts, such as engineering, data analysis, or machine learning.
Example: "The alignment accuracy is crucial for ensuring that the components fit together properly in the final assembly."
Alternatives: "precision of alignment" or "accuracy of alignment".
The alignment accuracy is calculated as the percentage of correctly aligned positions by comparing to the gold standards generated by the TM-align program (see Table 1).
The reference-dependent alignment accuracy is calculated as the percentage of correctly aligned positions judged by reference alignments, which are generated by structural alignment programs.
Finally, the measured alignment accuracy is compared to the one achieved with the present collimators in the LHC.
The alignment accuracy is able to reach the theoretical one determined by sensor errors and no external information is needed.
Simulations show that the required alignment accuracy is reached with 100,000 muons per sector originating from the interaction point with transverse momentum greater than 10 GeV.
In this paper, the effect of the noise of the odometer velocity on strap-down gyro-compass in-motion alignment accuracy is presented, based on the strap-down gyro-compass algorithm.
Alignment accuracy was high for both STAR and TopHat: in ER TopHat aligned 94.4% (respectively 92.63%) of the bases accurately when aligned with (respectively without) gene models.
As described shortly, the positioning process was width-dependent, such that the alignment accuracy was increased with decreasing the pattern width below ~1 μm.
The tests of alignment accuracy are performed using images simulated in accordance with the linear theory of image formation in the electron microscope.
To compare the alignment accuracy of different systems, the training images, which are used to train neural networks, and the testing images, which are used to check the alignment accuracy, are generated by the way described in Table 5. Figure 13 depicts an alignment example for a testing image on three different systems.
Alignment accuracy was better at lower concentrations of α-factor (∼10 nM), but significant orientation occurred over a broad range of α-factor concentrations.
