AbstractThis paper studies the complexity of behavior of multi-agent systems. Behavior properties are formulated using classical temporal logic languages and are checked with respect to the transition system induced by the definition of the multi-agent system. We establish various tight complexity bounds of the behavior properties under natural structural and semantic restrictions on agent programs and actions
Computer systems and their applications are becoming increasingly more complicated. Modern systems o...
AbstractWe first advocate that the AUML (Agent Unified Modeling Language) notation, even in its new ...
We study multi-agent non-linear temporal Logic TEm,IntKnwith embodied agent. Our approach models int...
AbstractThis paper studies the complexity of behavior of multi-agent systems. Behavior properties ar...
AbstractThe complexity of multi-agent systems behavior properties is studied. The behavior propertie...
International audienceThe complexity of the verification problem for the behavior (dynamical propert...
This paper studies the complexity of model check-ing multiagent systems, in particular systems suc-c...
A multi-agent system (MAS) is usually understood as a system composed of interacting autonomous agen...
AbstractIn Part I of this series of papers, we developed a language called Agent Programs for defini...
Nous étudions la complexité théorique de tâches de raisonnement mettant en jeu la connaissance des a...
In a recent paper M. Bowling, R. Jensen, and M. Veloso proposed a new formalization of the problem o...
International audienceATL is a temporal logic geared towards the specification and verification of p...
We study the theoretical complexity of reasoning tasks involving knowledge in multi-agent systems. W...
AbstractIn this paper, we introduce the Multi-Agent Protocol (MAP) language which expresses dialogue...
Rational verification problem is concerned with checking which temporal logic properties will hold i...
Computer systems and their applications are becoming increasingly more complicated. Modern systems o...
AbstractWe first advocate that the AUML (Agent Unified Modeling Language) notation, even in its new ...
We study multi-agent non-linear temporal Logic TEm,IntKnwith embodied agent. Our approach models int...
AbstractThis paper studies the complexity of behavior of multi-agent systems. Behavior properties ar...
AbstractThe complexity of multi-agent systems behavior properties is studied. The behavior propertie...
International audienceThe complexity of the verification problem for the behavior (dynamical propert...
This paper studies the complexity of model check-ing multiagent systems, in particular systems suc-c...
A multi-agent system (MAS) is usually understood as a system composed of interacting autonomous agen...
AbstractIn Part I of this series of papers, we developed a language called Agent Programs for defini...
Nous étudions la complexité théorique de tâches de raisonnement mettant en jeu la connaissance des a...
In a recent paper M. Bowling, R. Jensen, and M. Veloso proposed a new formalization of the problem o...
International audienceATL is a temporal logic geared towards the specification and verification of p...
We study the theoretical complexity of reasoning tasks involving knowledge in multi-agent systems. W...
AbstractIn this paper, we introduce the Multi-Agent Protocol (MAP) language which expresses dialogue...
Rational verification problem is concerned with checking which temporal logic properties will hold i...
Computer systems and their applications are becoming increasingly more complicated. Modern systems o...
AbstractWe first advocate that the AUML (Agent Unified Modeling Language) notation, even in its new ...
We study multi-agent non-linear temporal Logic TEm,IntKnwith embodied agent. Our approach models int...