The phrase "accuracy direct" is not correct and does not convey a clear meaning in written English.
It may be intended to describe a straightforward or direct approach to achieving accuracy, but as it stands, it lacks clarity and context.
Example: "To ensure the results are reliable, we need to focus on accuracy direct in our measurements."
Alternatives: "direct accuracy" or "accuracy in a straightforward manner".
They also outlined the related "tau" error correction technique which is essential for the high accuracy direct numerical simulation (DNS) of turbulent flows.
Method accuracy Direct 84.56 Hierarchical 81.41 Table 4 Confusion matrix of one cross-validation run of the direct clasifier.
Performance evaluation of inpatient services was designed for accuracy, direct view and convenience.
We then constructed separate predictive models on the training set and on the entire dataset (consisting of 78 and 97 samples, respectively), and tested their accuracy direct application both to the training set of 78 and to the entire dataset of 97 samples, and also by cross-validation, consisting of 20 five-folding experiments.
In this study, increasing the angulation between implants to 30° affected the accuracy of direct unsplinted technique while it did not affect the accuracy of direct splinted technique significantly.
For this purpose, estimates of the accuracy of direct genomic breeding values expressed as genetic correlations between traits and their respective direct genomic breeding values are required.
The Benefits of Targeted Memory Reactivation for Consolidation in Sleep are Contingent on Memory Accuracy and Direct Cue-Memory Associations.
The methods of providing for accuracy in direct and reversed methods of positioning are considered.
At a time when the United States has learned to target drone strikes with increasing accuracy and direct cyberweapons at specific nuclear centrifuges, its understanding of North Korea has gotten worse.
Toward addressing the challenge of input uncertainty propagation, this paper presents a new uncertainty analysis methodology, QUICKER: Quantifying Uncertainty In Computational Knowledge Engineering Rapidly, that can reduce sample sizes by orders of magnitude while still maintaining comparable accuracy to direct sampling methods.
The two theories are critically assessed for their accuracy by direct comparison with the three dimensional piezoelasticity solutions for free and forced vibration response of simply supported smart angle-ply infinite-length and cross-ply finite-length shells, with a variety of heterogeneous composite and sandwich laminates.
