To this end, the resulting power and precoder design problems are approached through optimization methods.
Moreover, the optimization of damage identification is approached through methods of optimal positioning of sensors for the acquisition of the data that must be evaluated so that conclusions can be made.
Other aspects of our psychology must be approached through non-introspective methods such as the observation of language, mythology, culture, and human and animal development.
Breaking out of a narrow framework to recognize other options, for example, is approached through methods such as considering opportunity costs and the vanishing options test.
This is typically approached through criteria-based evaluation methods [Wu et al., 2009; Zhou et al., 2010], such as AIC and BIC, empirical measures of predictive accuracy (such as cross-validation [Friedman et al., 2010]), or criteria aiming to control type I error (such as permutation [Ayers and Cordell, 2010]).
The dynamics of these processes, approached through a variety of kinetic methods, are discussed.
She has a PhD in personas and scenarios, and through her research and practical experiences has developed her own approach to the method – 10 Steps to Personas.
Different works are put together so that they can be approached through completely different mediums, and different experiential methods.
Again we adopt the conditional inference approach and demonstrate the method through two educational economics datasets.
Through this DBN computational approach, the method identified significantly perturbed pathways and GO category groups of genes that define the pathogenicity signatures of the infectious agent.
We then determined the threshold or penalty criteria (shown in Additional file 1: Table S1) for significance and interaction for each of the phenotypes through the permutation approach discussed in the methods.
