Sentence examples for methodologies whose from inspiring English sources

We propose for the rapid assessment of health care services an Integrated Multimodal Assessment that uniquely combines diverse methodologies, whose individual effectiveness has been well described in the literature.

A number of in vivo site-specific recombination approaches to join large alpha satellite arrays with large genomic fragments have been reported [ 32, 33], involving multi-step recombinogenic methodologies whose limitations are evidenced by the fact that few genomic loci have to date been reported to have been successfully incorporated into a HAC vector.

Thereafter, in the 'Terrain perception' section, we describe our methodology, whose results are described in the 'Results and discussion' section.

These lead to a combinatorial global solution methodology whose complexity grows as the square of the number of components considered.

The approach used is a physically intuitive methodology whose formulation is based on the theoretical foundations of the mechanics of continuous media.

To solve this very complex combinatorial optimization problem, our major objective was to develop an efficient methodology whose required computational effort is kept within reasonable limits.

In this context, this paper proposes a methodology whose aim is to support the timetabling planning process by providing an accurate estimation of train dwell times at stations, so as to increase timetabling robustness and hence rail service reliability.

Whole Building Life-Cycle Assessment is a methodology whose importance has been steadily growing in the construction industry, as a reliable way to assess the environmental impacts of a building through its whole life-cycle.

One such approach to address the wide-breadth of landfill impact risks is by developing a more holistic risk assessment methodology, whose conceptual framework is presented in this paper for landfill leachate in a whole-system format.

To address this issue, this paper proposes a methodology whose main contributions are: (1) the use of domain experts׳ knowledge to create CMHBs; (2) a common methodological framework to develop CMHBs by combining information obtained from sensors׳ perceptions and experts׳ experiences; and, (3) open source tools to support this development paradigm.

Overall these results confirm the reliability of the methodology whose implementation is made possible by the fast computation of structural similarities.