Sentence examples for model capabilities and from inspiring English sources

A sample case is used to show the model capabilities, and the results are compared with the current resource assignment approach.

The next step of the project will be to combine the generator of streams of future projects with a sample portfolio to show the model capabilities and effectiveness.

Then, following a brief overview of the representation of physical and chemical processes in PAQSMs, the essential attributes of standard modeling systems currently in regulatory use are presented in a nonmathematical, self-contained format, intended to provide a basic understanding of both model capabilities and limitations.

The model capability and numerical efficiency was demonstrated with simulations for the collective settling of groups of 64 512 particles.

The full-loop simulation is promising but more challenging as all major components and associated complicated physics have to be included and correctly modeled which require both advanced model capability and high computer power.

These two concepts are often considered as a single process, but actually there is a distinct focus on each one: verification focuses on the model capability and validation focuses on the model credibility [14].

Such results demonstrate the model capability and its potential as a tool to simultaneously trace the evolution of histone modifications for different histone types, and to investigate how the epigenetic profile is affected overall.

It demonstrates that modeling methods provide partially ''overlapping'' modeling capabilities and, furthermore, that each method, depending on its modeling constructs, is capable to provide selective perceptions of a manufacturing system that emphasize some particular aspects and disregard others.

VENSIM software provides the SD modeling and simulation capabilities and ArcGIS software introduces the spatial element to the model.

"No one had taken 21st-century technology and modeling capabilities and just sort of started over".

The key challenges lie in expressive extensible modeling capabilities and semantically correct translation, both concerning functional and timing semantics.