1 Fundamentals of reliability theory
1.1 Terms and concepts of reliability
1.1.1 Definition of basic concepts
1.1.2 Numerical characteristics of reliability
1.1.3 Repaired and non-repaired item
1.1.4 Methods of reliability improving
1.2 Reliability of the element and system
1.2.1 Repaired and non-repaired item
1.2.2 Repaired and non-repaired system
1.2.3 Methods for determining the reliability of element and system
Test methods
Computational methods
System structure
Reliability models of the systems
Two-state series parallel systems
Reliability of systems with the general structure
Reliability of multi-states systems
Using of Markov processes for reliability evaluation
Monte Carlo Statistical modelling
1.3 Increasing the reliability by redundancy
1.4 Fundamentals of fault diagnostics
1.5 Economic aspects of reliability
2 Human Reliability
2.1 Behaviorists approach
2.2 Cognitive approach
2.3 Fuzzy model
1.1 Terms and concepts of reliability
1.1.1 Definition of basic concepts
1.1.2 Numerical characteristics of reliability
1.1.3 Repaired and non-repaired item
1.1.4 Methods of reliability improving
1.2 Reliability of the element and system
1.2.1 Repaired and non-repaired item
1.2.2 Repaired and non-repaired system
1.2.3 Methods for determining the reliability of element and system
Test methods
Computational methods
System structure
Reliability models of the systems
Two-state series parallel systems
Reliability of systems with the general structure
Reliability of multi-states systems
Using of Markov processes for reliability evaluation
Monte Carlo Statistical modelling
1.3 Increasing the reliability by redundancy
1.4 Fundamentals of fault diagnostics
1.5 Economic aspects of reliability
2 Human Reliability
2.1 Behaviorists approach
2.2 Cognitive approach
2.3 Fuzzy model