Sentence examples for models provide information from inspiring English sources
The models provide information about the independent variables used, the target variables (experimental toxicity data) and predicted values.
The 3D-QSAR models provide information for predicting the affinity of related compounds and designing more potent inhibitors.
The parameters obtained from different models provide information on the biosorption mechanisms, the surface properties and affinities of the biosorbent [56].
Susceptibility maps developed from the models provide information regarding the spatial variation of ignition susceptibility, which can be used in regional wildfire risk management.
Though computational and empirical models provide information concerning plate penetration, a theoretical, late time model provides the convenience and efficiency (computation of the full time history of the impact process is not necessary) of a closed form model with the rational basis of a physics based mathematical relationship.
Random-effects (or mixed-effects) RSF models provide information on individual behavior, how individuals contribute to population-level observations, and how their responses to a resource may change as a function of its availability – a process known as a functional response [40], [41].
These 500 models provided information on model stability (i.e. which combination of predictors is most frequently selected in the model).
Furthermore, when using a multi-line training dataset, non-linear models provided information on the genotype data that was complementary to the linear models, which indicates that the underlying data distributions of the three studied lines were indeed heterogeneous.
The magnitudes of the result coefficients were obtained by using average unweighted marginal effects, as the ordered models provided information only about the sign and significance of the variables.
The HTA reports with a developed model provide information for decision making (CAT I V) in 16 out of the 17 cases (94.1%).
We use a discrete modeling approach to study the biotechnological process of bioincising, because such a model provides information about the effects of P. vitreus, e.g. the amount of degraded pits, and therefore enables an optimization of the bioincising process.
