I investigate a dynamic oligopoly game where firms enter simultaneously but compete hierarchically `a la Stackelberg at each instant over time. They accumulate capacity through costly investment, with capital acumulation dynamics being affected by an additive shock the mean and variance of which are known. The main findings are the following. First, the Stackelberg game is uncontrollable by the leader; hence, it is time consistent. Second, the leaders invest more than the followers; as a result, in steady state, the leaders’ capacity and profits are larger than the followers’. Therefore, the present analysis does not confirm Gibrat’s Law, since the individual growth rate is determined by the timing of moves
We adopt a differential oligopoly model to study the relationship between firms ‘ capacity investmen...
We characterize equilibria of games with two properties: (i) Agents have the opportunity to adjust t...
This paper presents a dynamic investment game in which firms that are initially identical develop as...
I investigate a dynamic oligopoly game where firms enter simultaneously but compete hierarchically ...
I investigate a dynamic oligopoly game where firms enter simultaneously but compete hierarchically a...
none1noI propose a dynamic duopoly model where firms enter simultaneously but compete hierarchically...
In many industries, the number of firms evolves non-monotonically over time. A phase of rapid entry...
Steg J-H. Irreversible Investment in Oligopoly. Finance and Stochastics. 2012;16(2):207-224.We take ...
We model investments in capacity in a homogeneous product duopoly facing uncertain demand growth. Ca...
We model capacity-building investments in a homogeneous product duopoly facing uncertain demand grow...
This paper studies a model of industry oligopoly in which firms, which differ in unit production cos...
We analyse sequential entry in a quantity-setting oligopoly model. Firms have the option to adopt ei...
In this paper, we develop and analyze a classic dynamic model of irreversible investment under imper...
We analyse sequential entry in a quantity-setting oligopoly model. Firms have the option to adopt ei...
We illustrate two differential oligopoly games with capital accumulation where, alternatively, the ...
We adopt a differential oligopoly model to study the relationship between firms ‘ capacity investmen...
We characterize equilibria of games with two properties: (i) Agents have the opportunity to adjust t...
This paper presents a dynamic investment game in which firms that are initially identical develop as...
I investigate a dynamic oligopoly game where firms enter simultaneously but compete hierarchically ...
I investigate a dynamic oligopoly game where firms enter simultaneously but compete hierarchically a...
none1noI propose a dynamic duopoly model where firms enter simultaneously but compete hierarchically...
In many industries, the number of firms evolves non-monotonically over time. A phase of rapid entry...
Steg J-H. Irreversible Investment in Oligopoly. Finance and Stochastics. 2012;16(2):207-224.We take ...
We model investments in capacity in a homogeneous product duopoly facing uncertain demand growth. Ca...
We model capacity-building investments in a homogeneous product duopoly facing uncertain demand grow...
This paper studies a model of industry oligopoly in which firms, which differ in unit production cos...
We analyse sequential entry in a quantity-setting oligopoly model. Firms have the option to adopt ei...
In this paper, we develop and analyze a classic dynamic model of irreversible investment under imper...
We analyse sequential entry in a quantity-setting oligopoly model. Firms have the option to adopt ei...
We illustrate two differential oligopoly games with capital accumulation where, alternatively, the ...
We adopt a differential oligopoly model to study the relationship between firms ‘ capacity investmen...
We characterize equilibria of games with two properties: (i) Agents have the opportunity to adjust t...
This paper presents a dynamic investment game in which firms that are initially identical develop as...