The phrase "addresses model" is not correct in English as it lacks clarity and context.
It could potentially be used in a technical or academic context where "addresses" is a verb and "model" is a noun, but it needs more information to be meaningful.
Example: "The researcher addresses model limitations in her latest paper."
Alternatives: "discusses framework" or "tackles design".
It also addresses model portability, simulation platform independence, interoperability, and high-level performance modeling issues.
In a second instance, a closed-loop controller addresses model uncertainty of the feed-forward controller as well as unknown disturbances.
External validation provides a stronger test of model performance than internal validation because it addresses model transportability through the use of an independent dataset (Steyerberg and Vergouwe 2014), whereas internal cross-validation can cause bias in error estimation (Varma and Simon 2006).
Once the MN attaches the MAG domain to the PMIPv6 domain, the MAG (serving network) triggering the required signals to register and authenticate the MN and allocates a unique home network prefix (HNP) to every MN using per-MN-Prefix addresses model as illustrated in [23] documents.
Our research describes a novel general iterative identification procedure, extending the one originally outlined in Balsa-Canto et al. [ 16], that addresses model identification under these typical constraints and which aims to reduce the effects of the lack of identifiability.
This paper addresses model-based prognosis to predict Remaining Useful Life (RUL) of a class of dynamical systems.
Chapter 7 addresses modeling the structure of systems in terms of their hierarchy and interconnection.
This paper addresses modeling causal relationships over event streams where data are unbounded and hence incremental modeling is required.
This chapter addresses modeling complex decision settings in which multiple uncertainties affect the performance metrics, decision trees, and influence diagrams.
The paper addresses modelling concepts based on the RANS equations for laminar-turbulent transition prediction in general-purpose CFD codes.
The review of Zhu and Wilhelm (2006) specifically addresses models and solution approaches for lot sizing with sequence-dependent setups.
