The phrase "a class of models for" is correct and usable in written English.
It can be used when discussing a specific category or group of models that serve a particular purpose or function.
Example: "In our research, we developed a class of models for predicting climate change impacts on agriculture."
Alternatives: "a category of models for" or "a type of models for".
A class of models that allows for all of these alternative qualitative behaviors may be useful to describe possible counterintuitive properties.
This chapter concentrates on the design of a class of models that will allow for such a characterization.
reveals boundaries of stability, valid for a class of models and robust against uncertainties in specific models.
Choi and Zhou (2002) proved similar results for a class of models with covariate-dependent mixing proportions.
reveals boundaries of stability, valid for a class of models and robust against uncertainties in specific models avoids expensive numerical approximation of steady states and can be scaled to high-dimensional models.
In this study, we provide a single framework for calculating the asymptotic sampling variance of the heritability across a wide range of designs, for a class of models with two random variables and when analysis is by maximum likelihood (ML).
The driving idea for such a class of models is the cohesive-zone concept initially introduced by Barenblatt [3] and Dugdale [4].
Regarding the controller structure, the main implication of introducing this modification lies in the fact that it states the possibility of implementing a control law for a general class of models for this kind of motors.
To resolve this issue a class of model extensions is proposed to account for variable density effects.
This paper proposes a flexible class of models for mixture experiments defined on Sq∗ and gives a simple method for finding D and A-optimal designs for the models using optimal designs available for the mixture experiments defined on the regular simplex.
