Sentence examples for technology and data processing from inspiring English sources

And all across the credit-card industry, the assessment and pricing of risks has been getting more and more refined, thanks largely to advances in technology and data processing.

We intended to apply health information technology and data processing methods to study the medication compliance for pediatric patients at our institution.

As in all other areas of x-ray scattering, major developments were made as the technology and data processing software for area detectors provided efficient collection of data of excellent quality, and yet another major theme grew.

While incremental improvements to both the flight technology and data processing will no doubt continue to occur, from the coastal practitioner's perspective, no more step changes in UAV technology or ease of useability are required.

For a broader overview of next-generation sequencing technology and data processing pipeline, we refer to [ 11].

While the sequencing technology and data processing pipelines are being improved continually, variant detection, including short indels and complex structural variants in low-complexity regions continue to pose a challenge.

Main features of these systems are the real-time data exchange between various technical and computational elements enabled by communication technologies and data processing ability provided by embedded systems.

In fact, recent advances in mobile communications, location and sensing technologies and data processing are boosting the deployment of context-aware personalized services and the creation of smart environments; but at the same time, they pose a serious risk on individuals' privacy rights.

Jack Henry & Associates, a publicly listed provider of integrated technology solutions and data processing services for financial institutions, this morning announced that it is acquiring Kentucky-based iPay Technologies, a portfolio company of Spectrum Equity Investors, Bain Capital Ventures and management.

Notwithstanding great progress in radiation-detector technology and data-processing methods, distinguishing between signals from fissionable materials and those from cosmic rays or natural radioactive substances remains nearly impossible, given their fleeting passage through screening portals.

Further improvement of automatic technology for imaging and data processing is now available, so that optical mapping is granted for mapping of large genomes, such as human genome (Jo et al. 2009; Teague et al. 2010).