Sentence examples for approaches for multivariable from inspiring English sources

As the number of outcome events was relatively low compared with the number of potential confounders, we used two approaches for multivariable adjustment.

This paper develops an on-line model parameter identification approach for multivariable systems, which are nonlinear in terms of state representation and/or in terms of parameters.

Against this background, this paper proposes a direct data-driven design approach for multivariable control of rotational speed and shaft torque of an internal combustion engine at a test bench based on an extended version of a recently introduced method for non-iterative direct data-driven tuning of multivariable controllers.

The CRONE control approach developed for multivariable square plants is based on third generation scalar CRONE methodology.

In this paper, new descriptor observer design approaches are presented for multivariable systems with measurement noises.

In this paper, a modified local optimal control approach is proposed for multivariable systems.

This step is important because it can show the pattern of distribution of each variable, and then select appropriate approaches for bivariable and multivariable analysis.

A general linear model approach will be used for multivariable repeated measures analysis of covariance for continuous outcome variables (e.g. measures of functional status, quality of life and psycho-social well-being) to investigate the differences over the four data collection points.

For multivariable analysis, a boosting approach (R package CoxBoost) was employed to develop a Cox proportional hazard model, and to select predictors.

This paper aims to develop a novel approach for the formulation of this optimization criterion for multivariable motion systems that exhibit spatio-temporal deformations.

Based on the recently proposed (SISO) multi-scale control scheme, a new approach is introduced to design multi-loop controllers for multivariable processes.