We study the existence of uniform equilibria for three-player repeated games with lack of information on one side and perfect observation. If there are only two states of nature, a completely revealing or a joint plan equilibrium always exists. This is not the case for larger spaces of states.

We consider two-person undiscounted repeated games with lack of information on one side and state-independent signalling and prove the existence of a "joint plan" uniform equilibrium.

We study the existence of uniform equilibria for three-player repeated games with lack of information on one side and perfect observation. If there are only two states of nature, a completely revealing or a joint plan equilibrium always exists. This is not the case for larger spaces of states.

We consider the general model of zero-sum repeated games (or stochastic games with signals), and assume that one of the players is fully informed and controls the transitions of the state variable. We prove the existence of the uniform value, generalizing several results of the literature. A...

We survey selected results on strategic information transmission. We distinguish between "cheap talk" and "persuasion". In the latter model, the informed player's message set depends on his type. As a benchmark, we first assume that the informed player sends a single message to the decision...

We consider situations in which individuals would like to choose an action which is close to that of others, as well as close to a state of nature, with the ideal proximity to the state varying across agents. Before this coordination game is played, a cheap-talk communication stage is offered to...

We consider situations in which individuals would like to choose an action which is close to that of others, as well as close to a state of nature, with the ideal proximity to the state varying across agents. Before this coordination game is played, a cheap-talk communication stage is offered to...