Sentence examples for models can be understood from inspiring English sources

Deep learning models can be understood as chains of functions, thus making a functional approach look potentially interesting.

The worse accuracy of the refined models compared to the original models can be understood because we are predicting the conformations of protein-bound peptides.

The firing-rate dynamics of our models can be understood by studying the Fokker-Planck equation that governs the dynamics of the probability distribution, P V,t).

The difference in the direction of disease classification provided by these two models can be understood by looking at Figure 4e.

The modelling approach results in reducing the semantic complexity of landscape transformations, while this model can be understood by both humans and machines.

As was the case in the FHN model, the behavior of the Purkinje model can be understood by decomposing Equations 3a-3e into fast and slow systems.

In addition, it is possible that, through comparisons with other fields, the continuum model can be understood from various points of view.

Thus, the CSR implementation strategy, as laid down by the Chatterjee Model can be understood with the help of the following Fig. 3.

(1) Revised N-gram model In statistical concepts, N-gram model can be understood as any word in a text such as algorithm w_i, and its emergence probability only has some connection with the times it appeared.

The tetrachoric correlation, in this model, can be understood as the degree to which changes in childbearing that are not a result of immigration and the other variables in the model translate into changes in labor force participation (alternatively, the degree to which exogenous changes in labor force participation translate into changes in childbearing).

From the above calculation we see that our phenomenological velocity saturation model can be understood in terms of a picture where electrons scatter by optical phonon emission upon reaching the phonon energy ℏ Ω under the influence of the applied electric field.