Sentence examples for converting complex from inspiring English sources

"I am trying to create an agar in which meaning will grow," said Mr. Paley, a New York software developer who specializes in converting complex data into visual maps.

The microbial populations in VC are important due to converting complex molecules into simpler ones such as cellulose, lignin and lignocellulose through vermicomposting process (Lacey 1997).

Converting complex soundscapes into relatively simple numerical indices of biodiversity is proving difficult, and researchers are struggling to turn huge collections of digital recordings into something they can use.

Microbial consortia (co-fermentation systems) have been studied increasingly in recent years, because they can be programmed to execute useful tasks in bioprocessing, including degrading and converting complex cellulosic biomass to biofuels or chemicals [ 1, 2].

Activation of these coagulation factors generates a factor X converting complex consisting of factor IXa and the acceleration factor VIIIa, resulting in activation of the common clotting pathway at the level of factor X activation.

Quantitative EEG analysis has the potential to reduce the burden of EEG analysis compared to standard EEG and especially continuous EEG monitoring, by converting complex multi-channel recordings into simpler numerical outputs, which can be plotted and displayed at the bedside and interpreted by non-neurophysiologists.

Dr. Alice D. Dreger, a historian of medicine who until recently was the chairwoman of the intersex society's board, says that surgeons had sought to convert complex psychosocial issues into simple anatomical problems that could be fixed.

Vermicomposting is a biological process used to convert complex organic wastes into a stabilized nutrient-rich fertilizer called vermicompost.

The first is the significant effort required to convert complex deterministic software/legacy codes into their stochastic counterparts.

The system will combine what are called formal argumentation techniques with Natural Language Generation (NLG), which essentially converts complex information and data into text summaries.

Therefore, combining DFB and PFB with complementary capabilities is a promising way to completely convert complex organic wastes into hydrogen.