The phrase "accuracy of the grid" is correct and usable in written English.
It can be used when discussing the precision or correctness of a grid system, such as in mapping, data representation, or computational contexts.
Example: "The accuracy of the grid is crucial for ensuring reliable data analysis in our research."
Alternatives: "precision of the grid" or "correctness of the grid".
The accuracy of the grid transformation metrics is affected by the inverse metrics, which are spatial derivatives of the grid in the generalised coordinates.
However, there is very little interest in building such a model given the limited accuracy of the grid.
For example, progressive function and discontinuous function are introduced to characterize the fracture tip, which ensure the fracture shape meanwhile improving the computational accuracy of the grid.
The Istackx program has a movie feature that displays each image in succession with the proposed grid placement to ensure the accuracy of the grid.
As described in the above, we wish to choose the grid system parameters { λ i, l i }, 1 ≤ i ≤ m, as well as the number of scales m, to minimize neuron number: (9) N = d ∑ i = 1 m λ i l i, where d is the fixed coverage factor in each module, while constraining the positional accuracy of the grid system and the range of representation.
To improve the accuracy of calculation, the grids near the radial well and wellbore are refined, as seen in Fig. 2.
For square patches with a mean classification accuracy of 75%, the grid pixel area was 11 times smaller than patch size.
We investigate the A ϕ finite element method with the global coarse grids and the local fine grids (composite grids) for solving a time-dependent eddy current problem, which can improve the accuracy of the coarse grid solutions in some subdomains of interest in the case when properly increasing computational costs.
The accuracy of the sparse grid surrogate during the reservoir simulation is compared to the accuracy of using a surrogate based on regular Cartesian grids and the original flash calculation.
Existence of physical difference even between devices of exactly the same type pulls the accuracy of the whole grid simulation using one model for each type of equipment down.
We conducted simulation studies to evaluate the accuracy of the proposed grid model estimation and to compare it with the classical centralized fitting method.
