PLSR method is well known as a method for feature extraction [ 8, 30, 31], but its application for selecting significant genes is less evident.
Thus, the MOCVD method is well known as one of the most powerful techniques and is suitable for stoichiometric and microstructural thin film deposition [16].
The ultrasonic method is well known as a non-destructive approach to evaluate defects in adhesive joints, but it cannot detect joint strength degradation due to surface defects or contaminations.
The spectral element method (SEM) is well known as an exact solution method that provides extremely accurate dynamic responses even in the high-frequency region.
Primal and dual interior-point methods (IPMs) have been well known as the most effective methods for solving wide classes of optimization problems, for example, the linear optimization (LO) problem, the quadratic optimization problem (QOP), the semidefinite optimization (SDO) problem, the second-order cone optimization (SOCO) problem, and the convex optimization problem (CP).
Of these methods, γ-irradiation has become well known as a very convenient tool for the improvement of the mechanical properties, chemical resistance, thermal stability, melt flow and other important properties of polymer materials through a crosslinking, grafting and degradation techniques (Inamura et al. 2010; Piermaria et al. 2008).
An elastic perfectly plastic finite element method in combination with random field generation, well known as the random finite element method (RFEM), is employed.
It is well known as empirical method and could be considered as a unique case of MOM method, Weibull shape and scale parameters are estimated by: k = left( {frac{sigma }{{bar{v}}}} right)^{ - 1.086} (14) c = frac{{bar{v}}}{{varGamma left( {1 + frac{1}{k}} right)}} (15 where σ is the standard deviation and (bar{v}) is the mean wind speed (in meter per second).
The Nominal Group Technique NGTT) [6] is well known as a method for decision making.
Repetitive control (RC) is well known as a method for tracking a periodic command as well as eliminating the influence of a periodic disturbance.
This procedure is well known as "Rayleigh's Method".
