Sentence examples for wide range of pattern from inspiring English sources

ANNs [13] are commonly used to address a wide range of pattern recognition problems [14] including classification, clustering, and regression.

It is also possible to record a wide range of pattern spacings and structures in films suitable for both transmission and reflection holography.

Besides, macrophages express a wide range of pattern recognition receptors including CD14 and toll like receptors (TLRs) that enable detection of conserved microbial structures [24].

The wide range of pattern mean ISIs and the fact that the fraction of pattern spikes was only weakly (rats: linear correlation R2 = 0.371 compared to a R2 = 0.666 for 92 inhomogeneous Poisson processes) or not (mice: R2<0.1) dependent on the mean firing rates of PCs make it unlikely that regular patterns were caused by refractoriness.

To sense danger and to be able to initiate eradicating adaptive responses against antigens, DCs are equipped with a wide range of pattern recognition receptors (PRRs) [ 4].

Turner's exploitation of blue-printing techniques brought him success; he issued a wide range of patterns, including sporting subjects, views, and commemorative pieces (such as that showing the world's first all-iron bridge built nearby in 1779) that were embellished with elaborate scrolled or brocaded borders.

Poison dart frogs are brightly coloured, with a wide range of patterns.

By modifying all these parameters, we evaluate a wide range of patterns for the node activity (and consequently for the network load).

This paper therefore briefly describes the new method and demonstrates the manner in which it can be used to produce rapid, safe assessments of cylindrical shells with a wide range of patterns of wall thickness changes.

Net CO2 emission estimates for the period 2000 2012 as estimated using the CBM and as reported by 26 EU countries in their 2014 GHGI show a wide range of patterns (Fig. 4).

A wide range of patterning techniques are now at hand that rely on either processes originally developed by the microelectronics industry and/or the self-organization of macromolecules, colloids, vesicles, or viruses, ultimately allowing for the positioning of objects down to molecular dimensions.