This paper investigates revenue sharing in an asymmetric two team contest model of a sports league with Nash behavior of team owners. The innovation of the analysis is that it focuses on the role of the contest success function (CSF). In case of an inelastic talent supply, revenue sharing turns out to worsen competitive balance regardless of the shape of the CSF. For the case of an elastic talent supply, in contrast, the effect of revenue sharing on competitive balance depends on the specification of the CSF. We fully characterize the class of CSFs for which revenue sharing leaves unaltered competitive balance and identify CSFs ensuring that revenue sharing renders the contest closer
We analyze a dynamic model of strategic interaction between a professional sport league that organiz...
This article uses a three-stage model of noncooperative and cooperative bargaining in a free agent m...
We analyze the distribution of broadcasting revenues by sports leagues. We show that when the teams ...
Abstract: This paper investigates revenue sharing in an asymmetric two team contest model of a sport...
This paper develops a contest model of a professional sports league in which clubs maximize a weight...
This paper presents a dynamic model of talent investments in a team sports league with an infinite t...
This paper develops a contest model of a professional sports league in which clubs maximize a weight...
National audienceRecent papers have enriched the conventional modeling of teams’ behavior through a ...
This paper develops a contest model of a professional sports league in which clubs maximize a weight...
We employ a model of n heterogenous profit-maximizing clubs to analyze the impact of revenue sharing...
In this paper we develop an economic model of a professional sports league, in which the teams acqui...
This short paper, challenging the so-called invariance proposition, argues that, for a general n-tea...
The aim of this paper is to clarify the apparent confusion in the literature about the impact of a r...
The aim of this article is to clarify the apparent confusion in the literature about the impact of a...
We employ a model of n heterogenous profit-maximizing clubs to analyze the impact of revenue sharing...
We analyze a dynamic model of strategic interaction between a professional sport league that organiz...
This article uses a three-stage model of noncooperative and cooperative bargaining in a free agent m...
We analyze the distribution of broadcasting revenues by sports leagues. We show that when the teams ...
Abstract: This paper investigates revenue sharing in an asymmetric two team contest model of a sport...
This paper develops a contest model of a professional sports league in which clubs maximize a weight...
This paper presents a dynamic model of talent investments in a team sports league with an infinite t...
This paper develops a contest model of a professional sports league in which clubs maximize a weight...
National audienceRecent papers have enriched the conventional modeling of teams’ behavior through a ...
This paper develops a contest model of a professional sports league in which clubs maximize a weight...
We employ a model of n heterogenous profit-maximizing clubs to analyze the impact of revenue sharing...
In this paper we develop an economic model of a professional sports league, in which the teams acqui...
This short paper, challenging the so-called invariance proposition, argues that, for a general n-tea...
The aim of this paper is to clarify the apparent confusion in the literature about the impact of a r...
The aim of this article is to clarify the apparent confusion in the literature about the impact of a...
We employ a model of n heterogenous profit-maximizing clubs to analyze the impact of revenue sharing...
We analyze a dynamic model of strategic interaction between a professional sport league that organiz...
This article uses a three-stage model of noncooperative and cooperative bargaining in a free agent m...
We analyze the distribution of broadcasting revenues by sports leagues. We show that when the teams ...