In this paper, we represent 'meet the competition' guarantees as the endogenous outcome of a non-cooperative game. We model the phenomenon by assuming that firms compete in supply schedules in a two-stage process. We assume that the choice of a negatively sloped supply schedule is costly. In particular, we use Cournot behavior as a benchmark. Cournot competition entails firms choosing a fixed quantity independent of the mar- ket price. We assume that it is costly for firms to deviate from a fixed output level. Our main result shows that in equilibrium, firms behave less competitively than the Cournot benchmark when they are able to commit to a degree of responsiveness in the first stage of the competition game
We examine project selection decisions of firms constrained in the number of projects they can handl...
The model of Kreps and Scheinkman where firms choose capacities and then compete in price is extende...
We show in the context of a bilateral oligopoly where all agents are allowed to behave strategically...
In this paper, we represent 'meet the competition' guarantees as the endogenous outcome of a non-coo...
I n determining their operations strategy, a firm chooses whether to be responsive or efficient. For...
In this paper we develop an analytic model to provide insight into strategic capac-ity planning in c...
We introduce a simple model of oligopolistic competition where firms first build capacity, and then,...
This paper analyzes price competition between market makers who set costly capac-ity constraints bef...
none2noFirst published: 29 October 2015We modify the price-setting version of the vertically differe...
We introduce a simple model of oligopolistic competition where firms first build capacity, and then,...
For a symmetric two-stage game, where firms first choose capacities, then compete in prices, Kreps a...
We introduce a simple model of oligopolistic competition where firms first build capacity, and then,...
For a symmetric two-stage game, where firms first choose capacities, then compete in prices, Kreps a...
In resource based economies, regulating the production and export activities have always been an imp...
When two firms compete for service-sensitive demands based on their product availability, their acti...
We examine project selection decisions of firms constrained in the number of projects they can handl...
The model of Kreps and Scheinkman where firms choose capacities and then compete in price is extende...
We show in the context of a bilateral oligopoly where all agents are allowed to behave strategically...
In this paper, we represent 'meet the competition' guarantees as the endogenous outcome of a non-coo...
I n determining their operations strategy, a firm chooses whether to be responsive or efficient. For...
In this paper we develop an analytic model to provide insight into strategic capac-ity planning in c...
We introduce a simple model of oligopolistic competition where firms first build capacity, and then,...
This paper analyzes price competition between market makers who set costly capac-ity constraints bef...
none2noFirst published: 29 October 2015We modify the price-setting version of the vertically differe...
We introduce a simple model of oligopolistic competition where firms first build capacity, and then,...
For a symmetric two-stage game, where firms first choose capacities, then compete in prices, Kreps a...
We introduce a simple model of oligopolistic competition where firms first build capacity, and then,...
For a symmetric two-stage game, where firms first choose capacities, then compete in prices, Kreps a...
In resource based economies, regulating the production and export activities have always been an imp...
When two firms compete for service-sensitive demands based on their product availability, their acti...
We examine project selection decisions of firms constrained in the number of projects they can handl...
The model of Kreps and Scheinkman where firms choose capacities and then compete in price is extende...
We show in the context of a bilateral oligopoly where all agents are allowed to behave strategically...