The phrase "a computational procedure that" is correct and usable in written English.
You can use it when describing a specific method or algorithm used in computing or data processing.
Example: "The study introduces a computational procedure that optimizes resource allocation in large-scale networks."
Alternatives: "an algorithm that" or "a computational method that".
The paper presents a computational procedure that can be useful in assessing the main performance parameters (load, flow rate, attitude angle) of hydrostatic journal bearings, without resorting to full numerical computing.
This paper takes a global look at a method of obtaining the elastic constants of the material of a rectangular plate sample by explicitly inputting the geometrical shapes and frequencies of a sufficient number of experimental vibration modes into a computational procedure that essentially compares experimental frequencies with analytical predictions.
© 2017 Wiley Periodicals, Inc. Milestoning is a computational procedure that reduces the dynamics of complex systems to memoryless jumps between intermediates, or milestones, and only retains some information about the probability of these jumps and the time lags between them.
For the de novo identification of all families containing autonomous LTR retrotransposons in fully sequenced genomes, we employed a computational procedure that does not rely on prior knowledge of element structure or content (Rho et al. 2007).
In this article, a computational procedure that automatically determines the optimum time step, cell weight and species weights for steady-state multi-species DSMC (direct simulation Monte Carlo) simulations is presented.
Here, we define a molecular signature as a set of biomolecular features (e.g. DNA sequence, DNA copy number, RNA, protein, and metabolite expression) together with a predefined computational procedure that applies those features to predict a phenotype of clinical interest on a previously unseen patient sample.
We now consider the task of model building – i.e. the process of developing a specific computational procedure that can be applied to the omics measurements from a future patient sample in order to predict the unknown clinical phenotype of interest for that sample.
In this paper, we present an advanced computational procedure that allows obtaining distributed energy-dissipation systems for large multi-story structures.
The main objective is to evaluate a multi-level computational procedure that leads to optimum wall ply thickness and geometric shapes for areas such as door and window openings.
Thus, we have achieved our goal of a simple and fast computational procedure that allows an estimation of Ca2+- protein affinities based on the structure of the complexes.
Absence of time-consuming operations indicates a sufficient simplicity of the computational procedure that realizes the parallel hierarchical transformation and makes it an efficient method for use in various applied areas requiring a combination of a high level of the parallelism and a compact form of data representation.
