Sentence examples for interpreting parameter from inspiring English sources

In accordance with the logic of hypothesis testing, we draw attention to the significance level when interpreting parameter estimates.

Caution is needed when interpreting parameter values.

Because of these interdependencies, interpreting parameter estimates of individual models can be very difficult.

The sensitivity of parameters derived from thermodynamic transcription models, however, has not yet been examined in such a context; studies have focused simply on extracting and interpreting parameter values or parameter ranges [ 1- 4, 6].

The interpreting parameters include: femoral-tibial angle (FTA), minimum joint space width (MJSW) [ 21], lateral tilt angle of patella [ 22], and the surface contour of the joint lines.

We interpret parameter λ as the structural state dependence following Heckman (1981).2 age and ysm (years-since-migration) are two key variables for our assimilation model, and their second-order terms (age 2 and ysm 2) are used in the estimation specification but are not presented here to simplify the presentation.

In addition, we introduced residual surfaces in the parameter subspace to interpret parameter correlations.

However, UCLD analyses failed to converge even after 50 million generations, thus limiting our ability to interpret parameter and divergence time estimates.

To understand and interpret parameters of left ventricular systolic function correctly, it is fundamental to understand how each parameter is obtained and why values obtained with different techniques, for example, ultrasonography and magnetic resonance imaging, can differ.

The interpreted parameters are that: the inner region marked by red color has S o = 0.26, k = 2300 mD and ϕ = 0.3, and the outer region marked by blue color is the transition area with S o = 0.42.

While there were no dedicated mathematicians in our group, each of us lent our own expertise to implement various modelling strategies (both to maximise the MR technique and to model the biological responses) and interpret parameters and their dynamics in their physiological context.