In the remaining two parts, methods based on qualitative models and process history data are reviewed.
In his first treatise on logic, Dialecticae institutiones (1543) Ramus had divided iudicium into three parts: syllogistic, method and a kind of doctrine of ideas.
Then, three discriminators including coherent real part method, non-coherent amplitude method and non-coherent power method, are theoretically discussed, and further compared in terms of the output curve, convergence range, gain, mean square error (MSE).
To effectively incorporate the DSRF descriptors in the skeletal representation, a skeleton is decomposed into five parts and the most informative part method is raised for offering compact representation.
They are structured in three parts, following the methods outlined above.
Brauers et al. (2011) proposed first fuzzy extension of the MULTIMOORA method and used the fuzzy number theory in all three parts of the MULTIMOORA method.
In addition, we divide our method into three parts to specifically determine the effect of our method: (1) intra-normalization and centroid adaptation, (2) residual normalization and LCS, and (3) SDE.
We divide this section into four parts: concepts, methods, tools, and services.
In Table 1, we show the numerical comparison of our method and the MM method on three parts, the related error of function value ((text {ReE}_{f_{A}})), related error of minimizer X (ReE X ), and the mean absolute error of X (MAE X ).
To compare patterns of evolution in disordered regions with those exhibited by structured protein regions, we divided the protein coding regions of S. cerevisiae into three parts (see Materials and Methods): Disordered regions, conserved protein domains (hereafter referred to as "Pfam domains"), and all other proteins regions, which we expect to consist largely of globular, "ordered" proteins.
In this method, these three parts are separately modeled and coupled together in series by defining input/output stiffness.
