The use of Binary Decision Diagrams(BDDs)in fault tree analysis provides an exact and efficient means of analysing a system. However, the construction of the BDD first requires the selection of a variable ordering scheme, which has a crtical effect on its resulting size. Previous research has failed to identify any scheme that is capable of producing BDDs for fault trees. This paper proposes a method aimed at increasing the likelihood of obtaining a BDD for any fault tree, through the application ofa series of techniques that ensure the calculations become as efficient as possible
Fault Tree Analysis is a commonly used means of assessing the system reliability performance in term...
The analysis of Fault Trees (FTs) is usually performed by transformation into Binary Decision Diagra...
Fault tree analysis is commonly used in the reliability assessment of industrial systems. When compl...
The use of Binary Decision Diagrams(BDDs)in fault tree analysis provides an exact and efficient mean...
The use of Binary Decision Diagrams (BDDs) in fault tree analysis provides both an accurate and effi...
The use of Binary Decision Diagrams (BDDs) in fault tree analysis provides both an accurate and effi...
Fault Tree Analysis is now a widely accepted technique to assess the probability and frequency of sy...
The Binary Decision Diagram (BDD) method has emerged as an alternative to conventional techniques fo...
Fault tree analysis is often used to assess risks within industrial systems. The technique is common...
The binary decision diagram (BDD) is the most efficient method currently available to analyse failur...
The aim of th1s thesis is to develop the Binary Decision Diagram method for the analysis of coherent...
Summary & Conclusions - The Binary Decision Diagram (BDD) methodology is the latest approach used to...
Fault Tree Analysis is a commonly used technique to predict the causes of a specific system failure ...
This thesis develops a new approach to fault tree analysis, namely the Binary Decision Diagram (BDD)...
Fault tree analysis is a commonly used technique to assess the systems reliability performance in te...
Fault Tree Analysis is a commonly used means of assessing the system reliability performance in term...
The analysis of Fault Trees (FTs) is usually performed by transformation into Binary Decision Diagra...
Fault tree analysis is commonly used in the reliability assessment of industrial systems. When compl...
The use of Binary Decision Diagrams(BDDs)in fault tree analysis provides an exact and efficient mean...
The use of Binary Decision Diagrams (BDDs) in fault tree analysis provides both an accurate and effi...
The use of Binary Decision Diagrams (BDDs) in fault tree analysis provides both an accurate and effi...
Fault Tree Analysis is now a widely accepted technique to assess the probability and frequency of sy...
The Binary Decision Diagram (BDD) method has emerged as an alternative to conventional techniques fo...
Fault tree analysis is often used to assess risks within industrial systems. The technique is common...
The binary decision diagram (BDD) is the most efficient method currently available to analyse failur...
The aim of th1s thesis is to develop the Binary Decision Diagram method for the analysis of coherent...
Summary & Conclusions - The Binary Decision Diagram (BDD) methodology is the latest approach used to...
Fault Tree Analysis is a commonly used technique to predict the causes of a specific system failure ...
This thesis develops a new approach to fault tree analysis, namely the Binary Decision Diagram (BDD)...
Fault tree analysis is a commonly used technique to assess the systems reliability performance in te...
Fault Tree Analysis is a commonly used means of assessing the system reliability performance in term...
The analysis of Fault Trees (FTs) is usually performed by transformation into Binary Decision Diagra...
Fault tree analysis is commonly used in the reliability assessment of industrial systems. When compl...