The phrase "automatic models and" is correct and usable in written English.
It can be used when discussing various types of models, particularly in fields like machine learning or statistics, where "automatic models" refers to models that operate with minimal human intervention.
Example: "In our research, we focused on automatic models and their ability to adapt to new data without manual adjustments."
Alternatives: "automated models and" or "self-operating models and".
We demonstrate the applicability of the tracked face template for automatic modeling and show how to use deformation transfer to attenuate expressions, blend expressions or how to build a statistical model, similar to a morphable model, on the dynamic movements.
For DB1, the tonal model has a similar performance to the automatic model and the lexical approach has a slightly better performance of about 6% than T-ME and A-ME.
The main features that differentiate it from most current related tools are its ability to define and use organisation standards, and functional structure, and make automatic model simulation and optimisation of them.
This enabled automatic model building and manual rebuilding and refinement, using 2-fold non-crystallographic symmetry, to produce a high confidence structure, refined at 3.2 Å resolution with good R-factors and geometry (Table 1).
He has paid special attention to the problem of automatic model identification and detection of outliers and has come out with simple solutions to complex problems.
Furthermore, we integrate this approach in the rxncon framework to support automatic model generation and iterative model definition and validation.
After the results of each permutation test were automatically collated, the DAG triggered automatic model selection and QTL processing, again performed using R/qtl (Broman et al. 2003).
A Bayesian stochastic method is developed and presented for the analysis of the proposed model allowing for automatic model determination and estimation of the thresholds and their unknown number.
Finally, the SysML-based system dynamic behavior, and the related simulation information are integrated with the platform-specific simulation model through a bidirectional model transformation approach based on a triple graph grammar (TGG), which facilitates the automatic model consistency and traceability between system design and simulation.
Some applications of this functionality are presented in Rodriguez et al. (2007) (software integration), Liley and Oakley (2007) (automation), Edih et al. (2016) (automatic model population and calibration).
