Sentence examples for modelling technique used from inspiring English sources

The modelling technique used and described in this paper, called multibody dynamics, consists in computing the motion and the forces acting upon each component of the action.

Generally, this confirmed that the nonlinear mixed modelling technique used in the study produced models with good levels of accuracy in estimating height for any given age.

The nonlinear mixed modelling technique used in this study produced models with good levels of accuracy in estimating height for any given age.

The Gaussian Mixture Model - Universal Background Model (GMM-UBM) [1-3] is a prevalent speaker modelling technique used extensively in FVC and has become the primary method for modelling and likelihood ratio calculation in automatic FVC systems, see in particular [7,17,18].

The PRM is a popular statistical modelling technique used for this type of skewed data and the outcome is relatively simple to explain.

Numerical implementation of this modelling technique, using Abaqus finite element code is described and used in the impact simulation of the inflatable structure based on its current design as well as an alternative design of the structure.

We briefly explain how an alternative modelling technique (using logistic regression) can more fully exploit time-dependent covariates for this type of data.

The performance of logistic regression was compared with six alternative modelling techniques using standard measures, specifically the receiver operating characteristic (ROC) curve.

Modelling techniques using evolutionary information, in particular homology/comparative modelling, developed into standardized pipelines over recent years.

In this work, an integrated experimental and CFD modelling technique was used to evaluate a microchannel reactor producing hydrogen from ammonia decomposition using a commercial Ru/Al2O3 catalyst.

The modelling technique was used to generate an actuator design that will utilize the available power more efficiently in a next generation pumping device.