Sentence examples for model predictions that from inspiring English sources
The goal herein is to understand where modeling errors and uncertainty originate from, and obtain model predictions that are statistically consistent with their respective measurements.
The results are compared to several standard model predictions that use different methods and approximations.
The inclusion of this function produces model predictions that mimic the observed seasonal fluctuations and match observations to within 1.0‰.
Our model suggests plausible network architecture, provides interesting model predictions that can be experimentally tested, and offers a sufficiently realistic multi-scale model for 5-HT neuromodulation simulations.
Summarily, the results of this study indicated that a successful combination of OPS-based variable indicators and their subsequent incorporation into DRS-based chemometric models can potentially improve model predictions that can be further combined with geostatistical interpolation methods to produce spatial maps of soil properties.
The method is illustrated with examples from single orbits with model predictions that match very well the observations for both (L_1) and (L_2) norm models.
That is, well-fitting models show non-significance on the goodness-of-fit test, indicating model prediction that is not significantly different from observed values.
The dashed line represents the model prediction that implies almost complete removal (>99%%) of entrapped DNAPL was required in order to lower the downstream concentration to the MCL.
In our experimental test of the model predictions, we confirmed the model prediction that depolarizing stimulation over medial prefrontal cortex results in an increased randomness of choices.
This precise a measurement of N_eff will allow for high sensitivity to any light and dark degrees of freedom produced in the big bang and a precision test of the standard cosmological model prediction that N_eff = 3.046.
For direct validation, we study a metabolic branch point in Escherichia coli and experimentally confirm the model prediction that enzyme agglomerates can accelerate the processing of a shared intermediate by one branch, and thus regulate steady-state flux division.
