This paper presents an application of functional resonance accident models (FRAM) for the
safety analysis of complex socio-technological systems, ie systems which include not only …

… Im Dauerlicht treten schon nach wenigen Tagen Anomalien des Zellwachstums und Verformung
der Kolo… schon von anderer Seite beschrieben worden. So erfolgen bei Diatomeen3 …

Multisensor perception has an important role in robotics and autonomous systems, providing
inputs for critical functions including obstacle detection and localization. It is starting to …

This article presents an original method for evaluating reliability indices for Multi-State Systems
(MSSs) in the presence of aleatory and epistemic uncertainties. In many real- world MSSs…

We introduce extended component importance measures (Birnbaum importance, RAW,
RRW, and Criticality importance) considering aleatory and epistemic uncertainties. The …

Human reliability assessment (HRA) is an aspect of risk analysis concerned with identifying,
analyzing, and quantifying the causes, contributions, and occurrence of human failures. …

Belief rules extend traditional IF-THEN rules to represent vagueness, incompleteness, and
nonlinear causal relationships by assigning belief degrees to singletons or the universe of all …

Whereas probability theory has been very successful as a conceptual framework for risk
analysis in many areas where a lot of experimental data and expert knowledge are available, it …

Safety arguments, also called safety cases, are commonly used to demonstrate that
adequate efforts have been made to achieve safety goals. Assessing the confidence of such …

Modern control systems, and particularly railway systems are heavily rooted on Safety practices
in terms of risk analysis and architecture modelling. Often supported by standards such …