Sentence examples for incorporate the complexities of from inspiring English sources

This is, the former is very simple to incorporate the complexities of the problem and the latter requires more specialized training for the designer.

This is, the former is very simple to incorporate the complexities of the problem and the latter requires that the designer has more specialized training.

Open Doors to Health was designed to better understand and address the needs of low-income minorities in public housing to incorporate the complexities of their lives into a socially-and culturally-appropriate CRC prevention intervention.

So why don't all baguettes incorporate the complexity of whole grains?

An improved understanding of the response to these policies must acknowledge and incorporate the complexity of the choice situation facing the typical individual in modern society.

In vivo studies incorporate the complexity of the physiologic system yet are difficult to control, while in vitro studies can be carefully controlled but lack the totality of the environment that influences cell behavior.

These models will need to incorporate the complexity of an actively evolving flow field including the development of a master tube system prone to leakage, identify the morphology of breakouts (e.g., sheet and hummocky lava), reflect changes in lava supply/storage through inflation rates, and rapidly update the modifications in topography.

Continental-scale biogeographic models capture and incorporate the complexity of natural ecosystems by partitioning this variation into provinces or 'ecoregions' which can be used as manageable foci for the conservation of biodiversity [1], [2].

We cannot incorporate the complexity of other ecological analyses, because individual-level sexual orientation data are not available to supplement our models.

Here we employ artificial, yet biologically relevant rules that can incorporate the complexity of RNA folding genotype-phenotype mapping and a high degree of freedom into the phenotype-interaction mapping.

A neural-optimal control algorithm is presented that fully incorporates the complexities of dynamic, unsteady hydraulic modeling of combined sewer system flows and optimal coordinated, system-wide regulation of in-line storage.