The shape sensitivity function is derived and a computational procedure based on a least squares interpolation approach is devised in order to compute sensitivities at the boundaries.
Later, a new approach was devised, in which multiple bad measurements were identified and removed at the same time, thus substantially reducing the SE execution time [4].
A four pronged approach was devised in an effort to take stock of what publicly-accessible datasets are available in the MENA region.
In order to determine the relevance of a concept, several effective approaches have been devised in the area of information retrieval, e.g., document frequency (Joho and Sanderson 2007) and term frequency-inverted document frequency (Baeza-Yates and Ribeiro-Neto 1999).
Finally, under future perspectives several views on how the technology might progress are outlined, as well as presenting the potential different approaches which might be devised in the future for the genetic engineering of metabolic networks.
Recently, a new approach was devised, resulting in a reduction of the number of chromatographic steps, increased purity of the final product, and in overall simplification of the entire process.
From this point of view, our current results seem to have provided an indication, for the first time obtained through genome-scale screening, that a suitable and consistent mRNA marker for detection of epithelial cells in the blood may actually not be present in the cytoplasm of colon-type cells, suggesting that new approaches to this problem need to be devised in the future.
A new approach is devised for solving wave problems in unbounded domains.
To overcome these limitations, an approach to larger scale 3D tissue assessment was devised in the hope further resolving the nature of the RW response.
A new approach was devised for measuring the conductivity of dispersions in the unit by using cell walls and impeller shaft as electrodes.
