Idioms are small, reusable Bayesian network (BN) fragments that represent generic types of uncertain reasoning. This paper shows how idioms can be used to build causal BNs for product safety and risk assessment that use a combination of data and knowledge. We show that the specific product safety idioms that we introduce are sufficient to build full BN models to evaluate safety and risk for a wide range of products. The resulting models can be used by safety regulators and product manufacturers even when there are limited (or no) product testing data
Quantitative risk assessment (QRA) has played an effective role in improving safety of process syste...
A Bayesian network (BN) is a powerful tool to represent the quantitative and qualitative features of...
To effectively manage risk in supply chains, it is important to understand the interrelationships be...
Product risk assessment is the overall process of determining whether a product, which could be anyt...
Bayesian Networks (BN) have in previous literature been recognized as a powerful tool for safety ana...
Risk Assessment is the systematic study of decisions subject to uncertain consequences. An increasin...
A Bayesian Belief Network (BBN) is a valuable tool to represent the causal relationships that exist ...
Process plants are particularly subjected to major accidental events, whose catastrophic escalations...
AbstractIn recent years natural and man-made disasters have highlighted the need for robust supply c...
Abstract The formalism of Bayesian Belief Networks (BBNs) is being increasingly applied to probabili...
This paper presents a methodology for safety analysis at workplace. The methodology incorporates Bay...
The currently known methods estimating the technical risk during a design project in industrial appl...
This paper concerns about key business process in the production companies, namely, the new product ...
With autonomous driving, the system complexity of vehicles will increase drastically. This requires...
Chemical and petrochemical accidents, such as fires and explosions, do not happen frequently but hav...
Quantitative risk assessment (QRA) has played an effective role in improving safety of process syste...
A Bayesian network (BN) is a powerful tool to represent the quantitative and qualitative features of...
To effectively manage risk in supply chains, it is important to understand the interrelationships be...
Product risk assessment is the overall process of determining whether a product, which could be anyt...
Bayesian Networks (BN) have in previous literature been recognized as a powerful tool for safety ana...
Risk Assessment is the systematic study of decisions subject to uncertain consequences. An increasin...
A Bayesian Belief Network (BBN) is a valuable tool to represent the causal relationships that exist ...
Process plants are particularly subjected to major accidental events, whose catastrophic escalations...
AbstractIn recent years natural and man-made disasters have highlighted the need for robust supply c...
Abstract The formalism of Bayesian Belief Networks (BBNs) is being increasingly applied to probabili...
This paper presents a methodology for safety analysis at workplace. The methodology incorporates Bay...
The currently known methods estimating the technical risk during a design project in industrial appl...
This paper concerns about key business process in the production companies, namely, the new product ...
With autonomous driving, the system complexity of vehicles will increase drastically. This requires...
Chemical and petrochemical accidents, such as fires and explosions, do not happen frequently but hav...
Quantitative risk assessment (QRA) has played an effective role in improving safety of process syste...
A Bayesian network (BN) is a powerful tool to represent the quantitative and qualitative features of...
To effectively manage risk in supply chains, it is important to understand the interrelationships be...