The phrase "a method that considers" is correct and usable in written English.
You can use it when describing a particular approach or technique that takes into account certain factors or variables.
Example: "The study employs a method that considers various environmental impacts in its analysis."
Alternatives: "an approach that takes into account" or "a technique that factors in".
Brazil disputes the use of a method that considers the difference between the price of a product in its home country and in the United States, except when the product is sold at a higher price in the United States.
A method that considers the collective interests of all stakeholders is apparently needed; such method is developed in this paper and is validated using industrial example.
Based on this understanding, a method that considers design rationale is proposed in this work to support the process of user participation design.
The objective of this study is to assess the effects of soil structure interaction on the response of seismically isolated bridge piers founded on a shallow soil stratum overlying a rigid bedrock and to develop a method that considers soil structure interaction and can be easily applied to the preliminary design of bridges.
Therefore, we propose a method that considers: (1) multi-criteria profiling; (2) online rating prediction that relies on trust modelling and the k-NN algorithm; and (3) a evaluation, including the metrics, which assess the proposed method.
However, unlike the original PageRank method, which induces a relationship network model of these venues, the authors proposed a method that considers the effects of authors' preference for each venue.
Gene Set Enrichment Analysis (GSEA) [ 1] is a computational method that considers a priori defined gene sets to investigate expression data for significantly enriched sets of genes or pathways.
As a baseline for comparison, we implemented a simple method that considers all pairs of amino acids within and between groups.
DOTS-Finder is a comprehensive method that considers three main aspects of a mutated gene: it takes into consideration where the mutations are collectively found (pattern-based approach), what is the effect of mutations on protein products (protein-change approach), and what is the frequency of these mutations in the sample (frequentist approach).
In this paper, we present a novel method that considers both image classification performance and the image holders' privacy-preservation.
This unique optimization criterion has created the need for a design method that considers both the probe design and the heat transfer details external to the probe (e.g. the blood perfusion and metabolic heat rate in the patient).
