Sentence examples for a highly complex model from inspiring English sources

This is a highly complex model that three well-paid consultants could not clearly explain to seven college-educated adults, but there were lots of bars and graphs, so you know it's really good.

This would lead to a highly complex model, although it may well be possible to develop such a model in the future once new experimental data become available.

A highly complex model was developed based on this analysis, which was then simplified to form the " Thematic model for RCB in AH at an organisational level" as presented in this manuscript.

While a highly complex model that incorporates intrahost genetic diversity and transmission bottlenecks of a specified size may more faithfully capture the mechanistic origins of deleterious mutations, this model's complexity would very likely limit our ability to identify the specific roles that circulating deleterious mutations play in shaping patterns of influenza's antigenic evolution.

Using a highly complex simulation model, the actuaries estimate that if the Affordable Care Act were fully carried out by 2014, the average claims cost per member per month in Ohio's nongroup risk pools would rise from an estimated pre-A.C.A. level of $223 (Figure S-2, Page 8) to the post-A.C.A. level of $406, an 82 percent increase, assuming no expansion of Medicaid in Ohio.

Because topological analyses of the activation graph could not be explain the heterogeneity of TGF-β signaling pathways, we further explored this highly complex model using model-checking approaches as described below.

This highly complex model was constructed by coordinating sub-models for each of 28 classes of cellular processes, a majority of which were mathematically represented by logic-derived models of some sort (see chapter 3 of supplement S1 in [ 7] for details).

Designs range from those which can be completed in a few minutes to highly complex models which challenge even the most experienced of paper artists.

In combination with its support for extended finite-state automata (EFA), these features enable Supremica users to develop highly complex models of discrete-event systems using a wide variety of modelling styles.

Field-scale optimization problems consist of a highly complex reservoir model with many unknown control variables.

Instead of M.B.A.'s, the firm employs dozens of computer programmers and Ph.D.'s, who create highly complex models to exploit subtle mispricing in stock, bond and commodities markets.