The phrase "approaches for model" is not correct in English as it lacks clarity and completeness.
It could be used in a context discussing different methods or strategies related to a model, but it needs additional context to be fully understandable.
Example: "We need to explore various approaches for model development to improve our predictions."
Alternatives: "methods for the model" or "strategies for the model".
Based on the identified problems we propose a solution based on a model development architecture which can accommodate different data pre-processing techniques, predictive modelling methods as well as approaches for model adaptation.
Our results indicate the potential of an ordinal regression approach for neuroimaging data while providing a fully probabilistic framework with elegant approaches for model selection.
For example, he has contributed to adapting various simulation-optimization approaches for model calibration and parameter estimation in dynamic models (e.g., the method of simulated moments and indirect inference), improving systematic review techniques, and developing a novel method for aggregation of prior stochastic and heterogeneous statistical findings.
Although numerous multi-domain and system-level simulation packages are now available on the market, these effects are rarely addressed as a whole because of a lack of scientific approaches for model architecting, multi-purpose incremental modelling and judicious model implementation.
We used three approaches for model evaluation.
Bayesian approaches for model selection rest on Bayes factors: the ratio of evidences of competing models.
- Foundations: The chapters in this section survey general models of reactive systems, techniques, and approaches for model-based integration, and modeling and simulation of real-time applications.
Figure 1 Two approaches for modeling habitat suitability: (a) correlative modeling, and (b) mechanistic modeling approaches (adopted from Kearney[2006]).
In the development of web information systems, design tasks are commonly used in approaches for Model-Driven Web Engineering (MDWE) to represent models.
We survey 10 approaches for model-driven engineering of reliable fault-tolerant systems and present 13 characteristics classifying the approaches in a manner useful for both users and developers of such approaches.
After a summary of approaches for model-based development and requirements management in the context of mechatronic systems engineering, the modeling technique with its concepts, terms, tasks and workflows is illustrated.
