Sentence examples for a wide array of parameters from inspiring English sources

Samsung developed a product called Smart LTE [12] that is leveraging on SON solution that gathers radio performance data from each cell and adjusts a wide array of parameters at each small cell directly.

Numerous research groups worldwide have scrutinized a wide array of parameters to identify prognostic factors that may help to predict tumour progression in stage pT1 UBC [ 18- 24].

Because clinical outcomes are inherently linked to a variety of economic benefits and costs, such as work life expectancy, absenteeism, societal welfare, cost-benefit models must explore a wide array of parameters, with reassessment provided with every major technologic advance.

We performed assemblies using ABySS version 1.2.6 [ 37, 38] under a wide array of parameter values using both the merged and unmerged reads.

In our main analyses of invasion and long-term equilibrium, we look at a wide array of parameter values, so that one can see how the outcome changes over any reasonable assumptions.

But with 12 billion searches every month, Tenor can start slightly tweaking each search to figure out what a person is looking for based on a wider array of parameters — and maybe figure out how to get that Tom Brady strip-sack in the expiring minutes of the Super Bowl this year in front of people more quickly.

The RTL cache model implemented in this paper, comprising of data and instruction caches has a wide array of configurable parameters.

Despite these limitations, the availability of a wide array of nutritional parameters applied, which include anthropometrics, biochemical markers, bioimpedance estimates of body composition, inflammatory biomarkers, and long-term followup, strengthens the study.

However, membrane-diffusible signals could also be perceived by soluble HKs; consequently these systems could be relevant in the complex rhizosphere ecosystem, allowing the integration of a wide array of physicochemical parameters and plant-exuded compounds.

Genomic resources now available for the crustacean Daphnia are increasing opportunities to elucidate the genetic basis of natural responses to a wide array of key ecological parameters, including responses to toxins, predators and pathogens.

Taking into consideration this and other reports, it becomes apparent that the fate of normal and neoplastic epithelial cells and their organizational phenotype is susceptible of being modified by manipulating a wide array of cellular and extracellular parameters.