In this paper, an inverse modeling procedure based on finite element analysis is presented to solve these limitations.
If crystal structures were not available, a homology modeling procedure based on aligning the sequence of the target protein with the sequence of the closest homolog deposited in PDB was applied.
The work ability scores measured at 6, 12 and 18 months after the first day of sick leave were analysed with the mixed-model procedure based on repeated measurements to examine any change in work ability scores over time.
Lattice parameters as well as atom coordinates of lt- IPA-HQ n were calt- IPA-HQ n optimised by means of modelt- IPA-HQ nures based on force field constrained RIETVELD algorithms.
In all three cases univariate analyses of vertebral number and body size, and multivariate analysis of both traits we used model selection procedure based on deviance information criterion (DIC) to choose the most parsimonious model: the smaller the DIC-value, the more parsimonious the model.
It can also be used during the iterations of a model updating procedure based on measured frequency response functions.
Using a general linear model selection procedure based on AIC value, we found patch size was the best predictor of the selfing and immigration rate; smaller patches had a higher selfing and immigration rate.
Then, we applied the model selection procedure based on AICc to each of the two sets.
This is a data-adaptive model selection procedure based on cross-validation that relies on deletion, substitution, and addition moves to search through a large space of possible polynomial models.
That is, if we define two events such that A = variable is selected using an automated model selection procedure based on the training data set, B = variable is significant using the validation data set.
According to the random vibration model, an optimization procedure, based on the minimization of maximum root-mean-square (rms) acceleration of footbridge, is introduced to determine the optimal design parameters of MTMD system.
