Sentence examples for verification and refinement from inspiring English sources
This approach facilitates the verification and refinement process and may be applied to any BPEL implementation.
In this paper, we present an adaptor synthesis, verification and refinement process based on security adaptation contracts which succeeds in overcoming incompatibilities among services and prevents secrecy attacks.
Computer-aided molecular and mixture-blend design methods are finding increasing use because of their potential to quickly generate and evaluate thousands of candidate products; to estimate a large number of the needed physico-chemical properties; and to select a small number of feasible product candidates for further verification and refinement by experiments.
It is important to note that the results we present here are preliminary, a proof of concept for the method which requires further verification and refinement.
Our model, which highlights the important role of domain domain interactions, not only is consistent with recent observations but also is amenable to further experimental verification and refinement.
Identified themes were reviewed and discussed during weekly meetings with team members, and an independent expert in qualitative research reviewed the themes for verification and refinement.
In this way, the challenge is more than a simple verification, but is a curation and refinement process that looks to expand and maintain up-to-date biological knowledge as well as facilitate the inference of new relationships.
To facilitate optimality verification and, if necessary, further refinement of the optimized solution of the NLP, formulas for mass costate estimation and initial costates scaling are presented.
Errat was used for verification of evaluating the progress of crystallographic model building and refinement.
Furthermore, an analytic solution for fully developed channel flow is obtained that is employed in the verification and assessment of convergence with mesh refinement of the numerical solution.
The approach reflects the hierarchical nature of asynchronous hardware synthesis frameworks, for example the Balsa system, and enables the verification of the system at different levels of abstraction against properties such as deadlock, delay insensitivity, conformance and refinement.
