Comparison of the mean scores under the multiple-sample structural equation modelling with mean structure [ 32] showed that the participants without chronic illness had significantly higher QOL in the physical, psychological, and social relationship dimensions, but not in the environmental dimension; t (1052) = 4.156, 2.232, 2.347, -0.684, respectively; all p < 0.05 except for the last comparison.
The heat transfer to the cooling water is modeled with six mean heat transfer coefficients.
Consider a Poisson regression model with mean T exp(b0+b1Z1+θ1η1+θ2η2).
We investigate statistical properties of transient cortical wave patterns with characteristic forms (shape, size, duration) in a canonical reaction-diffusion model with mean field inhibition.
We chose β 0 as the new bifurcation parameter in the bifurcation diagram for the completed reaction-diffusion model with mean field coupling described by Eqs.
The data was analyzed using fixed-effects or random-effects models with mean differences and risk ratios for continuous and dichotomous variables, respectively.
Localized structures have also been discussed in the context of cortical spreading depression (SD) in migraine before, in particular a model with narrowly tuned parameters that shows transient waves [13, 52, 53] and a model with mean field feedback control that allows for localized waves [30].
For instance, the model with mean air temperature (Tmean) as an input variable shows not only fitted RMSE that is only 2% higher than the one with maximum pressure, but also a better AIC value.
To analyze local adaptation between regions (Experiment 3), we used a linear generalized least squares model, with mean net soil biota effect as a response variable, region and soil treatment as predictor variables.
We use a Binomial sampling model, with mean, for measuring the abundance of shared genes (i,j), between species.
The same trend was observed for the LOTO models, with mean RMSEtest and Rtest values of 0.81 ± 0.16 and 0.72 ± 0.08 pGI50 units, respectively, compared with Menden et al.
