In order to overcome computational difficulties in adopting such methodology, the overall interconnected nonlinear system, given as n-order, is analyzed as a cascade connection of an n1-order nonlinear subsystem and an n2-order linear subsystem.
In using such methodology, there were some concerns related to the process of data extraction.
In fact, such methodology is highly flexible and its conception can be developed beyond a taxonomic schema to describe procedures.
In a comparative analysis of 31 countries as the one presented in this paper, such methodology would require, among other things, corroborating the estimation of the costs with a focus group of disabled individuals in 31 countries.
In this paper, such methodology is applied to provide goodness-of-fit tests for the distributions under study.
In this work, such methodology based on nanoindentation mapping supported by a number of electron microscopy visualization techniques will be examined at the example of Ga-modified As2Se3 glasses.
In the paper, such methodology, based on the evaluation of a standard Primary Energy Saving PESS) index, is briefly described, and then a metrological analysis is presented, in order to evaluate the uncertainties affecting the field evaluation of such index.
Some industrial cases, carried out in collaboration with ABB, a leading provider in power and automation technology, demonstrate the effectiveness of such methodology in the re-engineering of existing services in B2B context.
The present study conducted in coastal saline India demonstratively established the usefulness of such methodology in identification of predominant farm types and their characterization.
