Lectures:
Introduction to reliability mathematics. Models for system reliability, coherent systems and structure function; Series, parallel and k out of n systems Probability calculations for coherent systems Representation of coherent systems by minimal paths and minimal cuts; Inclusion - exclusion formula, Estimation of reliability for coherent systems. Multi-state reliability theory, General Markov model for non maintained systems. Maintainability analysis, state space approach, network approach, conditional probability approach.
Introduction to reliability mathematics. Models for system reliability, coherent systems and structure function; Series, parallel and k out of n systems Probability calculations for coherent systems Representation of coherent systems by minimal paths and minimal cuts; Inclusion - exclusion formula, Estimation of reliability for coherent systems. Multi-state reliability theory, General Markov model for non maintained systems. Maintainability analysis, state space approach, network approach, conditional probability approach.