Sentence examples for developed for different applications from inspiring English sources

Both of these models, developed for different applications, differ from ours in the mixture model used and do not include domain-specific elements, such as the background model, the gene expression levels and the AS baseline signals.

However there is a lack of understanding on how such diagrams should be designed and developed for different applications and objectives.

A variety of near-field scanning optical microscope (NSOM -based lithography techNSOM -based been develithographyifferentechniquesions thavegh the use of a subeenvelength aperture probe.

Several implementations of this algorithm have been developed for different applications and the description can be found in a number of [16 18].

The technology, which G3 i co-founder and chief operating officer Suresh Sunderrajan and his business partners developed for different applications while previously employed at Eastman Kodak, revolves around the ability to attach different functional groups onto nanoparticles.

These technologies were developed for different application scenarios and are therefore characterized by different capabilities in terms of capacity, transmission rates, coverage, and cost.

Resent success in acquiring structurally diverse compounds for hit-to-lead optimization programs aiming at Chagas disease hinges on modern drug discovery strategies, including probing T. cruzi parasites or the CYP51 target in high-throughput format with diverse libraries of compounds, including those developed for different therapeutic applications.

3 9 11 79 In comparison with a recent systematic review that assessed the accuracy of administrative data for HAI surveillance, 9 we identified a larger number of primary studies (partly due to broader inclusion criteria) and distinguished between administrative data algorithms developed for different intended applications.

The paper highlights aspects of material design but also provides details concerning membrane manufacturing technology and the costs estimated or projected for polymer electrolyte fuel cells (PEFCs) developed for different types of applications.

The metrics presented in this section refer to the generic approaches that can and are used to evaluate segmentation schemes developed for different types of applications.

Investigation of those functionalized SPIONs revealed diverging attributes, which should be taken into account when developing nanoparticles for different applications.