We concentrate on two stabilized methods, namely, the classical SUPG technique and the orthogonal subscale stabilization.
Two measurement methods, namely the scanning and the point methods, are compared.
Two reliability methods, namely the Monte Carlo simulation technique and the first-order reliability methods were used for this purpose.
Two new implicit methods namely the implicit Godunov method and the implicit Equilibrium Flux Method are presented.
In this paper we study five similarity schemes: three of them adapted from existing graph similarity measures, and two adapted from well-known document and vector similarity methods (namely, the shingling method and random projection based method).
Finally, an application of one of the economic valuation methods, namely the contingent valuation method, is presented using a case study of the Cheimaditida wetland in Greece.
In order to improve the occultation results, we introduce in this paper two nonlinear methods, namely the regularization method and the maximum entropy regularization method.
A detailed comparison of two different methods, namely the effective field theory (EFT), and Monte Carlo (MC) simulations has been provided.
This error is a by-product of recent advances in numerical methods, namely the implementation of high-order diffusive advection schemes.
In this paper, we connect two different design methods, namely the quadratic constrained least-squares optimization and the principle of cascading sparse self-inverse matrices.
Third, three types of ensemble methods, namely the fixed combination, weighted combination and meta-classifier combination, are evaluated for three ensemble strategies.
