The phrase "allows for computational" is correct and usable in written English.
It can be used when discussing the capacity or capability of something to facilitate or enable computational processes or tasks.
Example: "The new software design allows for computational efficiency, making it easier to process large datasets."
Alternatives: "enables computational" or "facilitates computational".
To this end, global 'omics' approaches with which to assess changes in genes, proteins, metabolites, etc. are deployed allowing for computational modelling of the biological effects of nanomaterials.
This results in dramatically improved performance over traditional active set NNLS solvers, including the Lawson and Hanson NNLS algorithm and the Fast NNLS FNNLSS) algorithm, allowing for computational investigations of new types of scientific and engineering problems.
This information can be analyzed through the use of a mathematical function called the Fourier Transform, extracting both the depth of objects in an image, as well as allowing for computational refocusing, or after-the-fact focusing, of the image taken.
We then present a convergence theorem for infinite products governed by such elements, where we also allow for computational errors.
Ontological systems allow for computational reasoning, i.e. the inference of new facts from given knowledge and rules.
Strains Z2491, MC58 and FAM18 were included from outside Germany to allow for computational comparisons based on available whole genome sequences.
Each pool had a unique multiplex identifier (MID Roche Life Scienceses) ligated to the products, which allowed for computational sorting of reads by animal post-sequencing.
Working with the full combinatorial DNA sequence space A L is infeasible, because its dimension grows exponentially in L. To employ this model for real data, we work on a reduced haplotype subset ℋ ⊂ A L that is sufficiently small to allow for computational analysis but large enough to account for HIV's large heterogeneity.
The growth transition and related morphological changes are a function of the deposition temperature; and (ii) a critical cluster size of i∗ = 4 in combination with an asymmetric Ehrlich Schwoebel barrier favoring the uphill diffusion of atoms allows for a computational reproduction of the experimentally obtained film morphologies.
