Sentence examples for use of advanced techniques from inspiring English sources

BDA is the use of advanced techniques, mostly data mining and statistical, to find (hidden) patterns in (big) data.

The use of advanced techniques such as Raman and infrared spectroscopies to follow molecular deformation in both rigid-rod (e.g. PpPTA, PBO, PBT, polyethylene) and natural (e.g. cellulose, collagen, silk, chitin) polymer fibres is presented.

This article demonstrates this by exploring synthetic biology, a field committed to making use of advanced techniques from molecular biology in order to make with living matter (and for some, to engineer living matter).

The EUROSUP Project, supported by the European Union, has investigated the use of advanced techniques for simulation of viscous flows in combination with algorithms for modifying aircraft shape to realise efficient aerodynamic designs of a conceptual second-generation supersonic aircraft.

This review examines recent reports on the use of advanced techniques to map the regions and networks involved during focal epileptic seizure generation in humans.

It can be argued that specialization improves outcomes due to greater patient volume, enhanced technical ability, more integrated multimodality treatment, use of advanced techniques, and enhanced patient satisfaction.

The identification that exposure assessment has been the Achilles heel for studies in environmental cancer has led to the use of more advanced techniques for exposure assessment and to considerable improvements in the evaluation of exposure.

The use of more advanced techniques will be required to resolve these issues and to understand which types of signals and regulators play a role in controlling the activity of c-Myb.

An additional strength lies in the use of advanced statistical techniques to provide useful insights about the relationships of the ideas of different stakeholder groups, which provides rigor and enhances the credibility of information obtained during qualitative research processes.

The combination of robust sequence alignments based on 3D structure alignments and the use of advanced phylogeny techniques, in particular site-heterogeneous evolutionary models, allowed us to overcome the difficulties due to the very divergent sequences in the different virus families [ 49] and to obtain a more precise picture of the relationship between families of +ssRNA and dsRNA viruses.

Nevertheless, unravelling it involved the use of advanced computing techniques, infomatics, and the ability to study the structures of proteins found in the sample.