The phrase "adopted for computational" is correct and usable in written English.
It can be used when discussing methods, techniques, or frameworks that have been selected or implemented for computational purposes.
Example: "The new algorithm was adopted for computational efficiency, allowing for faster processing of large datasets."
Alternatives: "chosen for computational" or "selected for computational".
To facilitate its utility in early design stages, sampling and interpolation approach were adopted for computational efficiency.
The direction-based grouping is adopted for computational complexity reduction of MGMCMs extraction under a specific neighborhood mode on the grouped rescaled magnitude images of per object image.
The q-value method was thus adopted for computational convenience.
This convention is adopted for computational simplicity, given the proximity of the water oxygen to the baricenter of the molecule.
Application of the SPF function has been adopted for computational prediction of potential gene expression regulators from a network context.
The two former assumptions artificially limit the spatial degrees of freedom of the protein structure but are adopted for computational tractability.
A FLAC3D seepage module has been adopted for the computational analysis of the evolution of the coal effective stress, permeability enhancement rate and the pore pressure induced by the slots.
The final grid system of 1,409,610 was adopted for the remaining computational models.
The penalty function method which can reduce the number of independent variables is adopted for the purpose of computational efficiency and selective reduced integration is carried out for the convection and pressure terms to preserve the stability of the solution.
Advanced strategies adopted for reducing the overall computational effort are illustrated, optimization algorithms for nonlinear programming problems are discussed as well as alternative techniques for shape variation and mesh manipulation, necessary to automatically adapt the volume grid to the evolving shapes.
Among all existing computational architecture adopted for controlling the behavior of Autonomous Underwater Vehicles (AUVs), the combined deliberative-reactive methodology is the most effective and significant approach towards behavioral control of the vehicle.
