This paper deals with a general version of a two-stage model of R&D and product market competition. We provide a thorough generalization of previous results on the comparative performance of noncooperative and cooperative R&D, dispensing in particular with ex-post firm symmetry and linear demand assumptions. We also characterize the structure of profit-maximizing R&D cartels where firms competing in a product market jointly decide R&D expenditure, as well as internal spillover, levels. We establish the firms would essentially always prefer extremal spillovers, and within the context of a standard specification, derive conditions for the optimality of minimal spillover. © 2003 Elsevier Science (USA). All rights reserved
In the standard two-stage framework of R&D/product market competition, this paper provides a perform...
comments and discussion. The usual disclaimer applies. We investigate dynamic R&D for process in...
To date, the analysis of R&D spillovers between firms has been largely restricted to static two-...
This paper deals with a general version of a two-stage model of R&D and product market competition. ...
This paper seeks to analyse a case in which firms choose to divide their R&D expenditures into t...
In a general setting with uncertainty and spillovers in R&D activity, we consider the incentive ...
Rivals may voluntarily share Research and Development (R&D) results even in the absence of any bindi...
With one-way spillovers, the standard symmetric two-period R & D model leads to an asymmetric equili...
This paper compares industry profit and R&D propensity for a duopoly conducting either noncooperativ...
This paper compares industry profit and R&D propensity for a duopoly conducting either noncooper...
This note considers the paper of Poyago Theotoky (1999) on stretegic R&D with endogenous spillovers....
We study a nontournament R&D duopoly. Before the standard R&D investment and quantity-setting stages...
We study a nontournament R&D duopoly. Before the standard R&D investment and quantity-setting stages...
This paper considers competition between R&D cartels, whereby prospective Cournot competitors coordi...
In the standard two-stage framework of R&D/product market competition, this paper provides a perform...
In the standard two-stage framework of R&D/product market competition, this paper provides a perform...
comments and discussion. The usual disclaimer applies. We investigate dynamic R&D for process in...
To date, the analysis of R&D spillovers between firms has been largely restricted to static two-...
This paper deals with a general version of a two-stage model of R&D and product market competition. ...
This paper seeks to analyse a case in which firms choose to divide their R&D expenditures into t...
In a general setting with uncertainty and spillovers in R&D activity, we consider the incentive ...
Rivals may voluntarily share Research and Development (R&D) results even in the absence of any bindi...
With one-way spillovers, the standard symmetric two-period R & D model leads to an asymmetric equili...
This paper compares industry profit and R&D propensity for a duopoly conducting either noncooperativ...
This paper compares industry profit and R&D propensity for a duopoly conducting either noncooper...
This note considers the paper of Poyago Theotoky (1999) on stretegic R&D with endogenous spillovers....
We study a nontournament R&D duopoly. Before the standard R&D investment and quantity-setting stages...
We study a nontournament R&D duopoly. Before the standard R&D investment and quantity-setting stages...
This paper considers competition between R&D cartels, whereby prospective Cournot competitors coordi...
In the standard two-stage framework of R&D/product market competition, this paper provides a perform...
In the standard two-stage framework of R&D/product market competition, this paper provides a perform...
comments and discussion. The usual disclaimer applies. We investigate dynamic R&D for process in...
To date, the analysis of R&D spillovers between firms has been largely restricted to static two-...