Sentence examples for more extensive modeling from inspiring English sources

Visio for Enterprise Architects includes all the functionality of Visio Professional, as well as much more extensive modeling capabilities of both databases and software.

The lower agreement in ICU patients indicates that a more extensive modeling may be necessary.

Different methods for ancestral state reconstruction, including maximum parsimony (MP) [ 2, 6, 7] and approaches based on more extensive modeling, such as maximum likelihood (ML) and Bayesian inference, have been introduced (e.g., [ 8]).

Later, more extensive modeling (Day and Semple, 2011) showed that adjustment of model inhibitory parameters allows creation of a wide range of non-zero CP values, but that CP remained within 0.1 cycle when more realistic inhibitory synaptic time constants were used.

The assessments in this cohort for both the Boag and Kaplan-Meier were limited to those with the full patient group due to the size of the SCLC patient cohort which precluded subgrouping with the four factors indicated by multivariate analyses, while more extensive modeling was possible for specific patient characteristics with both Cox and log-normal survival analysis.

While there has been a notable increase in access to antiretroviral therapy among IDUs and some likely reduction in AIDS- and drug-related deaths, more extensive modeling would be needed to estimate whether or not these have also contributed to lower prevalence and incidence estimates.

This opens the door to more extensive modelling of multi-viscosity systems with DPD.

TEMMS is a module of the "Quantifiable City", a more extensive model designed to address questions relevant to urban sustainability.

However, more extensive model validation and sensitivity studies are required before CFD models can be used with confidence in explosion safety assessments.

Certainly, more extensive models are needed to account for the presence of such vehicles on the road as localities increasingly adopt VZ.

Since the IGRF only describes the long-wavelength internal part of the geomagnetic field, candidate models are usually extracted from more extensive models which include higher-degree contributions of the internal field, second-degree temporal derivatives (secular acceleration) and simple parameterizations of external fields of magnetospheric origins.