In this paper we want to shed some light on what we mean by backward induction and forward induction reasoning in dynamic games. To that purpose, we take the concepts of common belief in future rationality (Perea [1]) and extensive form rationalizability (Pearce [2], Battigalli [3], Battigalli and Siniscalchi [4]) as possible representatives for backward induction and forward induction reasoning. We compare both concepts on a conceptual, epistemic and an algorithm level, thereby highlighting some of the crucial differences between backward and forward induction reasoning in dynamic games.epistemic game theory; backward induction; forward induction; algorithms
This is the author accepted manuscript. The final version is available from the publisher via the DO...
Battigalli (1997) has shown that in dynamic games with perfect information and without relevant ties...
Version 08/13/06 Paradoxes of game-theoretic reasoning have played an important role in spurring dev...
Backward Induction is a fundamental concept in game theory. As an algorithm, it can only be used to ...
All equilibrium concepts implicitly make a correct beliefs assumption, stating that a player believe...
Backward induction has been the standard method of solving finite extensive-form games with perfect ...
Backward and forward induction can be viewed as two styles of reasoning in dynamic games. Since each...
This paper studies the case where a game is played in a particular context. The context in-uences wh...
This paper presents a first attempt to bridge the gap between logical and cognitive treatments of st...
We provide an epistemic analysis of forward induction in games with complete and incomplete informat...
We investigate an extension of the notion of backward induction to dynamic games with imperfect info...
In this survey we analyze, and compare, various sufficient epistemic conditions for back-ward induct...
Abstract. Forward induction is the notion that players in a game assume, even when con-fronted with ...
ABSTRACT. We analyse epistemic conditions for the backwards induction play in games of perfect infor...
Forward induction is the notion that players in a game assume, even when confronted with an unexpect...
This is the author accepted manuscript. The final version is available from the publisher via the DO...
Battigalli (1997) has shown that in dynamic games with perfect information and without relevant ties...
Version 08/13/06 Paradoxes of game-theoretic reasoning have played an important role in spurring dev...
Backward Induction is a fundamental concept in game theory. As an algorithm, it can only be used to ...
All equilibrium concepts implicitly make a correct beliefs assumption, stating that a player believe...
Backward induction has been the standard method of solving finite extensive-form games with perfect ...
Backward and forward induction can be viewed as two styles of reasoning in dynamic games. Since each...
This paper studies the case where a game is played in a particular context. The context in-uences wh...
This paper presents a first attempt to bridge the gap between logical and cognitive treatments of st...
We provide an epistemic analysis of forward induction in games with complete and incomplete informat...
We investigate an extension of the notion of backward induction to dynamic games with imperfect info...
In this survey we analyze, and compare, various sufficient epistemic conditions for back-ward induct...
Abstract. Forward induction is the notion that players in a game assume, even when con-fronted with ...
ABSTRACT. We analyse epistemic conditions for the backwards induction play in games of perfect infor...
Forward induction is the notion that players in a game assume, even when confronted with an unexpect...
This is the author accepted manuscript. The final version is available from the publisher via the DO...
Battigalli (1997) has shown that in dynamic games with perfect information and without relevant ties...
Version 08/13/06 Paradoxes of game-theoretic reasoning have played an important role in spurring dev...