… The present work reviews the implementation of adaptive metamodeling for reliability
analysis with emphasis in four main types of metamodels: response surfaces, polynomial chaos …

… a new edition, this book introduces reliability and risk analysis for … Since reliability analysis
is a multidisciplinary subject, this book … The mathematics and methods for reliability analysis …

… Therefore, since more power electronic based generation units are gradually connected
to power systems, the total inertia of the system will decrease, which could influence the …

… Based on the theory of fuzzy mathematics, the membership function is used in this section
to describe indoor thermal comfort temperature and then participate in the optimization of the …

… and mathematical formulation, threat model, attack setup, and risk assessment. We also
describe how each stage of the CPS analysis framework is applied to thoroughly model the …

… ; mathematical modeling of … a mathematical modeling software such as MATLAB and a FE
software, eg ANSYS. A combination of the Gamma process and copula are used for modeling …

… aspect of reliability analysis. It is with this in mind that this book does not start with set theory,
Venn … Mathematical expressions for system reliability are first derived for each case. This is …

… stability assessment and control. To overcome these difficulties, some additional measures
based on mathematical theory, mechanism or data analysis are necessary. Integrating model-…

… The associated mathematical model was approximated using surrogate models and the
optimization procedure was performed using global sensitivity analysis based on Sobol's …

… This essay performs a reliability constraint stochastic model for unit commitment problem
by considering generation and transmission constraints with high wind penetration and …