The phrase "accuracy of such measures" is correct and usable in written English.
It can be used when discussing the precision or correctness of specific measurements or assessments in various contexts, such as research, statistics, or evaluations.
Example: "The accuracy of such measures is crucial for ensuring reliable results in the study."
Alternatives: "precision of these measurements" or "correctness of these assessments".
An important factor limiting the accuracy of such measures is the amount of empirical data available.
The accuracy of such measures depends on the accuracy of the database itself, the construction of which had to meet challenges such as the disambiguation of individual authors.
While validation was outside the scope of this study, an exploration of the appropriateness and accuracy of such measures would be an important consideration for the clinical utility of the questionnaire results.
This paper studies the accuracy of such measurements in two-dimensional slot burners and shows that while methane/air flame speeds can be measured with reasonable accuracy, the method may lack precision for other mixtures such as hydrogen/air.
The low accuracy of routine susceptibility tests, especially disk diffusion, may jeopardize rapid implementation of such measures.
Two systematic reviews on the clinimetric properties of such measures found Prechtl's General Movements Assessment to have the greatest predictive accuracy of an outcome of CP [ 64, 65].
However, the usefulness of this approach relies upon good information on the accuracy of such diagnostic measures for target conditions.
Because of the growing interest in detecting molecular coevolution to infer biologically meaningful selective constraints, measuring the accuracy of such methods when varying the MSAs properties becomes crucial.
As mammalian grid cells might represent space differently in 3D than in 2D, we study grid-cell representations in arbitrarily high-dimensional spaces and measure the accuracy of such representations in a population of neurons with periodic tuning curves.
Additional measures are required to ensure the accuracy of such applications.
