In an epistemic framework due to Aumann we characterize the condition on the rationality of the players that is both necessary and sufficient to imply backward induction in perfect information games in agent form. This condition requires each player to know that the players are rational at later, but not at previous, decision nodes
AbstractThe aim of this work is to propose a logical framework for representing interacting agents i...
Edited by Hans van Ditmarsch, David Fernández Duque, Valentin Goranko, Wojtek Jamroga, Manuel Ojeda-...
The aim of this work is to propose a logical framework for representing inter-acting agents in the c...
ABSTRACT. We analyse epistemic conditions for the backwards induction play in games of perfect infor...
Rational decisions depend on what players know, hence an appropriate epistemic analysis is an integr...
We conceive of a player in dynamic games as a set of agents, which are assigned the distinct tasks ...
We conceive of a player in dynamic games as a set of agents, which are assigned the distinct tasks o...
In everyday economic interactions, it is not clear whether sequential choices are visible or not to...
In this survey we analyze, and compare, various sufficient epistemic conditions for back-ward induct...
We present an epistemic model for games with perfect information in which players, upon observing an...
In this paper we want to shed some light on what we mean by backward induction and forward induction...
We provide an epistemic analysis of forward induction in games with complete and incomplete informat...
Information Abstract. The paper provides a framework for representing belief-contravening hy-pothese...
Backward Induction is a fundamental concept in game theory. As an algorithm, it can only be used to ...
The aim of this work is to propose a logical framework for representing interacting agents in the co...
AbstractThe aim of this work is to propose a logical framework for representing interacting agents i...
Edited by Hans van Ditmarsch, David Fernández Duque, Valentin Goranko, Wojtek Jamroga, Manuel Ojeda-...
The aim of this work is to propose a logical framework for representing inter-acting agents in the c...
ABSTRACT. We analyse epistemic conditions for the backwards induction play in games of perfect infor...
Rational decisions depend on what players know, hence an appropriate epistemic analysis is an integr...
We conceive of a player in dynamic games as a set of agents, which are assigned the distinct tasks ...
We conceive of a player in dynamic games as a set of agents, which are assigned the distinct tasks o...
In everyday economic interactions, it is not clear whether sequential choices are visible or not to...
In this survey we analyze, and compare, various sufficient epistemic conditions for back-ward induct...
We present an epistemic model for games with perfect information in which players, upon observing an...
In this paper we want to shed some light on what we mean by backward induction and forward induction...
We provide an epistemic analysis of forward induction in games with complete and incomplete informat...
Information Abstract. The paper provides a framework for representing belief-contravening hy-pothese...
Backward Induction is a fundamental concept in game theory. As an algorithm, it can only be used to ...
The aim of this work is to propose a logical framework for representing interacting agents in the co...
AbstractThe aim of this work is to propose a logical framework for representing interacting agents i...
Edited by Hans van Ditmarsch, David Fernández Duque, Valentin Goranko, Wojtek Jamroga, Manuel Ojeda-...
The aim of this work is to propose a logical framework for representing inter-acting agents in the c...