This dissertation is divided in three parts. The first part groups contributions to the study of correlated equilibria. We focus on the properties and applications of the dual reduction (Myerson, 1997) and the geometry of Nash equilibria and correlated equilibria. The second part deals with evolutionary dynamics. We investigate the link between strategies belonging to the support of Nash or correlated equilibria and strategies surviving in the long-run. We find that many dynamics, including the replicator and best-response dynamics may eliminate all strategies in the support of correlated equilibria. Elimination of all strategies in the support of Nash equilibria is found to be even more universal, and may occur from almost all initial cond...
How does the process of life-history evolution interplay with population dynamics? Almost all models...
Evolution takes place in an evolutionary setting that typically involves interactions with other org...
Evolutionary game theorists have devoted a great deal of effort to answering questions related to co...
This dissertation is divided in three parts. The first part groups contributions to the study of cor...
This dissertation consists of three parts, the first two in game theory and the third one in theoret...
Coevolutionary dynamics is investigated in chemical catalysis, biological evolution, social and econ...
International audienceWe show on a 4x4 example that many dynamics may eliminate all strategies used ...
In this paper we develop a dynamical theory of coevolution in ecological communities. The derivation...
Darwinian dynamics based on mutation and selection from the core of mathematical models for adaptati...
A unifying framework is presented for describing the phenotypic coevolutionary dynamics of a general...
We present a family of games for which, under the replicator dynamics and from an open set of initia...
Ecological systems are complex assemblies of large numbers of individuals, interacting competitively...
The paper requires that equilibrium behavior for two person symmetric games be resistant to genetic ...
We study the interplay of ecological and evolutionary dynamics in communities composed of population...
How does the process of life-history evolution interplay with population dynamics? Almost all models...
Evolution takes place in an evolutionary setting that typically involves interactions with other org...
Evolutionary game theorists have devoted a great deal of effort to answering questions related to co...
This dissertation is divided in three parts. The first part groups contributions to the study of cor...
This dissertation consists of three parts, the first two in game theory and the third one in theoret...
Coevolutionary dynamics is investigated in chemical catalysis, biological evolution, social and econ...
International audienceWe show on a 4x4 example that many dynamics may eliminate all strategies used ...
In this paper we develop a dynamical theory of coevolution in ecological communities. The derivation...
Darwinian dynamics based on mutation and selection from the core of mathematical models for adaptati...
A unifying framework is presented for describing the phenotypic coevolutionary dynamics of a general...
We present a family of games for which, under the replicator dynamics and from an open set of initia...
Ecological systems are complex assemblies of large numbers of individuals, interacting competitively...
The paper requires that equilibrium behavior for two person symmetric games be resistant to genetic ...
We study the interplay of ecological and evolutionary dynamics in communities composed of population...
How does the process of life-history evolution interplay with population dynamics? Almost all models...
Evolution takes place in an evolutionary setting that typically involves interactions with other org...
Evolutionary game theorists have devoted a great deal of effort to answering questions related to co...