Sentence examples for commonly employed models from inspiring English sources

It can be observed from the presented results that the set partitioning technique developed in the GFMAPR model produces the best fit to data when compared to various results obtained from commonly employed models employed for accidents prediction.

mdx mice are the most commonly employed models in DMD research and have been used to lay the groundwork for DMD gene therapy.

In contrast to other commonly employed models the present study suggests the hypothesis that the CUT prosthesis leads to less proximal bone resorption within the first 5 years after implantation compared to conventional implants.

The MFP method identified improvements in model fit compared to other commonly employed models that estimate the BMI-mortality relationship, and is a robust method to determine the functional form for BMI.

However the most commonly employed model for such systems, the diffusion model, turns out to be exceptional in this respect: its residence time distribution is derived and found to resemble closely the impulse response function.

Commonly employed modeling methodologies using indicators generated from real world data include logistic regression models, artificial neural networks, and other classification algorithms.

In addition to the genetic type of animal models, renovascular hypertension is a commonly employed model of hypertension.

Moreover, commonly employed model selection techniques (such as Modeltest by Posada and Crandall [ 2]) exclude codon-based models from the model comparisons, presumably due to the associated computational cost.

Therefore, apoE-knockout mice (apoE experience a severe, progressive form of hypercholesterolemia, making them the most commonly employed model for studying the adverse influence of cholesterol on various body [ 30].

Thus, we produce a mathematical but qualitative model that reproduces the intrinsic features of the circadian cycle and adjust it so that the simulated time courses of the proteins are consistent with those presented by commonly employed simulation models, e.g., the PER concentration varies from a few nM to a few dozen nM [18].

The FA model includes many of the commonly employed covariance models for G × E problems as special cases.