This paper deals with human-machine conflicts with a special focus on conflicts caused by an “automation surprise”. Considering both the human operator and the machine autopilot or decision functions as agents, we propose Petri net based models of two real cases and we show how modelling each agent’s possible actions is likely to highlight conflict states as deadlocks in the Petri net. A general conflict model is then be proposed and paves the way for further on-line human-machine conflict forecast and detection
Prédiction des conflits dans le systèmes homme-machine. Le travail fait partie de la recherche consa...
[Abstract] Continuous increase in the traffic density over the certain en-route sectors provokes man...
The increasing in traffic demand has strained air traffic control system and controllers which lead ...
This thesis introduces a novel architecture for human-machine interface focusing primarily on the hu...
In the context of the supervision of one or several unmanned vehicles by a human operator, the defin...
In the context of missions accomplished jointly by an artifical agent and a human agent, we focus on...
There are more and more automated systems and people are led to interact with them everyday. They ar...
This paper focuses on vehicle-embedded decision autonomy and the human operator’s role in so-called ...
Conflicts between the pilot and the automation, when pilots detect but do not understand them, cause...
As autonomous machines become more pervasive, situations will arise when human decision-makers will ...
This paper introduces a framework for the conceptualization and design of novel operator-aircraft/un...
In the context of missions accomplished jointly by an artifi cal agent and a human agent, we focus o...
The process industries are fully embracing digitalization and artificial intelligence (AI). Industry...
In the context of missions accomplished jointly by an artificial agent (robot, UAV) and a human agen...
The work described in this paper was motivated by our experience with applying a framework for forma...
Prédiction des conflits dans le systèmes homme-machine. Le travail fait partie de la recherche consa...
[Abstract] Continuous increase in the traffic density over the certain en-route sectors provokes man...
The increasing in traffic demand has strained air traffic control system and controllers which lead ...
This thesis introduces a novel architecture for human-machine interface focusing primarily on the hu...
In the context of the supervision of one or several unmanned vehicles by a human operator, the defin...
In the context of missions accomplished jointly by an artifical agent and a human agent, we focus on...
There are more and more automated systems and people are led to interact with them everyday. They ar...
This paper focuses on vehicle-embedded decision autonomy and the human operator’s role in so-called ...
Conflicts between the pilot and the automation, when pilots detect but do not understand them, cause...
As autonomous machines become more pervasive, situations will arise when human decision-makers will ...
This paper introduces a framework for the conceptualization and design of novel operator-aircraft/un...
In the context of missions accomplished jointly by an artifi cal agent and a human agent, we focus o...
The process industries are fully embracing digitalization and artificial intelligence (AI). Industry...
In the context of missions accomplished jointly by an artificial agent (robot, UAV) and a human agen...
The work described in this paper was motivated by our experience with applying a framework for forma...
Prédiction des conflits dans le systèmes homme-machine. Le travail fait partie de la recherche consa...
[Abstract] Continuous increase in the traffic density over the certain en-route sectors provokes man...
The increasing in traffic demand has strained air traffic control system and controllers which lead ...