Sentence examples for model which encapsulates from inspiring English sources

In the present study we presented a Risk Potential Index (RPI) model which encapsulates Source, Vector (Transport), and Target risks for forecasting surface water contamination.

After a review of issues, backgrounds and prospects, the paper attempts to offer a qualitative impact assessment model, which encapsulates an expert system for brownfield development in relation to clean-up targets for polluted sites.

The authors' team at the University of Waikato (New Zealand) has developed a mean-field cortical model which encapsulates the essential neurophysiology of the cortex, while remaining computationally cost efficient [ 44].

If we are to fully recognise the potential of estrogen-based therapies, whether it be for females or for males, it is critical to investigate them in a cellular model which encapsulates the complex nature of these diseases, and within a native human cellular environment.

A simplified model is also presented which encapsulates the main features of the detailed model for simple geometries.

The superservice is an algorithm, which encapsulates descriptor calculation and model prediction, by automatically identifying which descriptors are required by a given model, launching the calculation, and, when results are available, applying the model itself.

Shown in Figure 1 is a proposed modelling framework, expanded from Bruno & Claret [ 5], which encapsulates this review and illustrates a methodology towards establishing quantitative relationships between model-based metrics and treatment outcome.

On the basis of the aforementioned literature, addressing the use of appeal drivers (A), celebrity endorsement (C), and emotions (E) in advertisements and their likely association through ALT and ARM, a theoretical model is presented in Fig. 1 which encapsulates exposure to the ACE-based advertisement in order to influence women's consumption behavior with a mediating role for attention.

Other intermediate models include Kimura's "Stepping Stones" model [ 12, 13] and the more general "Migration Matrix" which encapsulates geographic (or other) barriers to migration [ 14].

A new model for predicting the frequency of extreme river levels is proposed which encapsulates physical knowledge about river dynamics.

Unlike previous methods which require capturing images under pre-designed lighting or employing the 3D model of the target objects, our method adopts the technique of basis image which encapsulates material and geometry information of the scene into one image.