Add to ORKGRunway incursion alert systems in air traffic control towers and cockpits are intended to reduce runway incursion risk. Analysis of the effectiveness of such systems is challenging, because of the context-dependent distributed and dynamic interactions of multiple human operators and technical systems in a runway incursion scenario. Recent views in the safety literature indicate that for risk assessment of such complex scenarios, we need systemic accident modelling, which considers accidents as emergent phenomena from the performance variability of a system. This paper uses multi-agent situation awareness as a prime concept for systemic accident modelling of a runway incursion scenario. Accident risk results are provided for the effectivenes...
Abstract—Human factor is one of the most important reasons causing runway incursion event happened. ...
Hazard assessment and risks quantification are key components for estimating the impact of existing ...
Purpose Commercial aviation is feasible thanks to the complex socio-technical air transportation sys...
Management of risk in complex domains such as aviation relies heavily on post-event investigations, ...
This paper introduces an agent-based approach to analyze the dynamics of accidents and incidents in ...
Analysis of accidents and incidents in aviation is a nontrivial task: even if detailed data on an ai...
At airports sustaining commercial operations, Runway Incursions, defined as the incorrect presence o...
A human performance modelling approach is presented for risk assessment of operations with multiple,...
Contains fulltext : 194308.pdf (publisher's version ) (Open Access)One of the key ...
Aviation accidents result from a combination of many different causal factors ( human errors, techni...
Item does not contain fulltextExisting approach towards agent-based safety risk analysis in Air Traf...
Purpose: In order to improve the safety, capacity, economy, and sustainability of air transportation...
Situation Awareness (SA) is a widely cited and extensively reviewed concept. The context in which SA...
As decision support tools to improve runway safety are introduced into Airport Traffic Control Tower...
Safety and Risk are in the focus of the constant research ranging from strictly technical and techno...
Abstract—Human factor is one of the most important reasons causing runway incursion event happened. ...
Hazard assessment and risks quantification are key components for estimating the impact of existing ...
Purpose Commercial aviation is feasible thanks to the complex socio-technical air transportation sys...
Management of risk in complex domains such as aviation relies heavily on post-event investigations, ...
This paper introduces an agent-based approach to analyze the dynamics of accidents and incidents in ...
Analysis of accidents and incidents in aviation is a nontrivial task: even if detailed data on an ai...
At airports sustaining commercial operations, Runway Incursions, defined as the incorrect presence o...
A human performance modelling approach is presented for risk assessment of operations with multiple,...
Contains fulltext : 194308.pdf (publisher's version ) (Open Access)One of the key ...
Aviation accidents result from a combination of many different causal factors ( human errors, techni...
Item does not contain fulltextExisting approach towards agent-based safety risk analysis in Air Traf...
Purpose: In order to improve the safety, capacity, economy, and sustainability of air transportation...
Situation Awareness (SA) is a widely cited and extensively reviewed concept. The context in which SA...
As decision support tools to improve runway safety are introduced into Airport Traffic Control Tower...
Safety and Risk are in the focus of the constant research ranging from strictly technical and techno...
Abstract—Human factor is one of the most important reasons causing runway incursion event happened. ...
Hazard assessment and risks quantification are key components for estimating the impact of existing ...
Purpose Commercial aviation is feasible thanks to the complex socio-technical air transportation sys...