This note analyzes the repeated interaction among buyers of a homogeneous good, in a setting of imperfect buyer mobility. The buyers are assumed to play a dynamic game of imperfect information: at each stage every buyer chooses which seller to visit without knowing the current and past choices...

We examine a Bertrand-Edgeworth model of competition in a labour market where the workers simultaneously set wages disregarding any influence their current decision may have on opponents' future decisions. The iterated best response process is shown to converge in finite time to a Bertrand-Nash...

This paper incorporates imperfect divisibility of money in a price game where a given number of identical firms produce a homogeneous product at constant unit cost up to capacity. We find necessary and sufficient conditions for the existence of a pure strategy equilibrium. Unlike in the...

Before solving a two-stage capacity and pricing game for oligopoly, Boccard and Wauthy (2000) argue that, as under duopoly, at a mixed strategy equilibrium of the pricing game the largest firm's expected profit is the profit accruing to it as a Stackelberg follower when the rivals supply their...

This note analyzes the repeated interaction among buyers of a homogeneous good, in a setting of imperfect buyer mobility. The buyers are assumed to play a dynamic game of imperfect information: at each stage every buyer chooses which seller to visit without knowing the current and past choices...

Before solving a two-stage capacity and pricing game for oligopoly, Boccard and Wauthy (2000) argue that, as under duopoly, at a mixed strategy equilibrium of the pricing game the largest firm's expected profit is the profit accruing to it as a Stackelberg follower when the rivals supply their...

This paper incorporates imperfect divisibility of money in a price game where a given number of identical firms produce a homogeneous product at constant unit cost up to capacity. We find necessary and sufficient conditions for the existence of a pure strategy equilibrium. Unlike in the...