The phrase "as a function of the model" is correct and usable in written English.
It can be used in contexts where you are discussing how one variable or outcome depends on or is determined by a model.
Example: "The results of the experiment varied significantly as a function of the model used in the analysis."
Alternatives: "in relation to the model" or "depending on the model".
The mixing rule and collision process are shown to simulate diffusion, and an expression is derived for the equivalent diffusivity as a function of the model parameters.
For each of these liquid-solid adsorption models, the D-optimal design equations are derived from the information matrix and then solved numerically to determine the specific design values as a function of the model parameters.
In this study several solutions for the model inputs and the structure of the cost function as a function of the model inputs are examined to demonstrate two of the main difficulties confronting such large-case nonlinear inverse problems (about 30 000 unknowns and a similar number of constraints for the problem examined here).
Therefore, the substrate stoichiometry, as well as the deposition rate, is obtained as a function of the model input parameters, i.e. the argon and oxygen flows, RF power and pumping speed.
The idea behind the proposed approach is to extract the model holding for the sample data as a function of the model in the population and the first-order inclusion probabilities, and then fit the sample model using maximum-likelihood, pseudo-maximum-likelihood and estimating equations methods.
To practically incorporate these uncertainties in the face of the computationally intensive nonlinear response analyses needed to simulate collapse, the modeling uncertainties are assessed through a response surface, which describes the median collapse capacity as a function of the model random variables.
We plot the goodness of fit as a function of the number of predictors used in the model.
Mortality was modeled as a function of the log-transformed concentration of the inhibitor (in µM).
Mortality was modeled as a function of the log-transformed time (in minutes).
Indeed, our simple model successfully captures the sequence of experimentally observed dynamical outcomes as a function of the migration rate.
These models share a common feature: they predict vegetation distribution as a function of the prevailing hydrodynamic conditions.
