Sentence examples for systematically extracted from inspiring English sources

Data were systematically extracted using a data extraction form by individual project team members and verified by one other project team member.

Two authors (AK and SS) reviewed the abstracts for inclusion, and two other authors (NH and RH) systematically extracted the information from articles using a data extraction form.

Data were systematically extracted by 2 reviewers and graded by the Venice criteria for studies of genetic associations.

Sir Philip Green "Systematically extracted hundreds of millions of pounds from BHS, paying very little tax and fantastically enriching himself and his family, leaving the company and its pension fund weakened to the point of the inevitable collapse of both".

In its final years in power, Saddam Hussein's government systematically extracted billions of dollars in kickbacks from companies doing business with Iraq, funneling most of the illicit funds through a network of foreign bank accounts in violation of United Nations sanctions.

What kind of man is it who can count his fortune in billions but does not know what decent behaviour is?" MPs said Green had "systematically extracted hundreds of millions of pounds from BHS, paying very little tax and fantastically enriching himself and his family, leaving the company and its pension fund weakened to the point of the inevitable collapse of both".

Before systematically extracting data from each trial, we tested the data extraction method on a random sample of 30 articles.

Optimization process was done using a set of experiments, which were designed to systematically extract the best values.

There is debate over whether systems like Cyc will be the driving force behind Web 3.0 or whether intelligence will emerge in a more organic fashion, from technologies that systematically extract meaning from the existing Web.

We present a methodology to systematically extract efficient and physically-based reduced-order models based on a mixed-level simulation approach and demonstrate its practicality for the design of a capacitive MEMS microphone.

We explore an approach to this problem that systematically extracts simple funnel models of actual proteins using ensembles of structure predictions and physics-based atomic force fields and sampling.