The phrase "approach for verifying" is correct and usable in written English.
It can be used when discussing a method or strategy for confirming the accuracy or validity of something.
Example: "We need to establish a clear approach for verifying the results of our experiments to ensure their reliability."
Alternatives: "method for validation" or "strategy for confirmation".
We study large deviation estimates of its path solution and our approach for verifying the large deviation principle is based on the weak convergence arguments.
This chapter explores that the scope, frequency, duration, and results of monitoring programs combined with interpretation of the monitoring results forms the key components of a monitored decision approach for verifying the integrity of a geological storage project.
Organizations now have the flexibility to choose the best approach for verifying each requirement.
We note that our method assesses the general accuracy of these two techniques and is not developed as an approach for verifying individual gene expression measurements in a specific experiment.
These experiments are an excellent approach for verifying the specific binding of radiolabelled anti-CD4 mAb in the inflamed joint, moreover, on the basis of their data authors concluded that the radiolabelled anti-CD4 mAb allows more specific detection of inflammatory infiltrates, which are rich in CD4-positive cells.
In contrast to approaches for validating research findings, such as member checking [ 10- 12] or triangulation [ 12, 13], we focus on ITR as a methodological approach for verifying the accuracy of the interview transcript before it is formally coded and analyzed.
A comparison with Elber, Kujawski and "Unified Approach" models allowed for verifying the better performance, when confronted to the other tested models, presented by the exponential model.
To the best of authors' knowledge, the convex optimization approach for verify levels of ISPP has not been addressed in the open literature though experimental approaches could be investigated in industry.
This paper proposes an approach for specifying, verifying and implementing composite services according to the Model-Driven Architecture principles.
Differently from Cox et al. [20, 21], in which time constraint verifications are not supported, the proposed approach uses filter models for verifying the maximum acceptable time for filter operations, in order to tradeoff among filter property conformance, fixed-point representation, and hardware requirements.
Although this may not be a significant factor for highly characterized genomes, this approach can be effective for verifying quantitative accuracy for disparate species and/or new genotypes (see Results for additional details).
