We study the endogenous formation of R&D agreements in a R&D/Cournot duopoly model with spillovers where also the timing of R&D investments is endogenous. This allows us to consider the incentives for firms to sign R&D agreements over time. It is shown that, when both R&D spillovers and investment costs are sufficiently low, firms may find difficult to maintain a stable agreement due to the strong incentive to invest noncooperatively as leaders. In this case, the stability of an agreement requires that the joint investment occurs at the initial stage, thus avoiding any delay. When spillovers are sufficiently high, the coordination of R&D efforts becomes a profitable option, although firms may also have an incentive t...
The author considers a two-stage R&D then output or price duopoly game in which R&D spills over, so ...
We consider a two-period duopoly characterized by a one-way spillover structure in process R&D and a...
This paper focuses on the strategic use of firms' R&D agreements to overcome R&D inefficienc...
In our duopoly, an irreversible investment incorporates a significant amount of R&D, so that the im...
A duopoly model of cost reducing R&D-Cournot competition is extended to study the endogenous timing ...
This study investigates an endogenous R&D timing game between duopoly firms which undertake cost-red...
A duopoly model of cost reducing R&D-Cournot market competition is extended to encompass endogenous ...
This paper investigates strategic choices between duopolistic firms’ R&D investments and government’...
Investments in new production processes usually involve a significant amount of R&D, generating spil...
We present a dynamic duopoly model of technical innovation in which R&D costs decrease exogenously w...
We analyze the impact of post-innovation knowledge spillovers on firms’ decisions to invest and coop...
In our duopoly, an irreversible investment incorporates a signi\u85cant amount of R&D, so that t...
In this paper, we analyze the impact of post-innovation knowledge spillovers on firms' decisions to ...
Abstract: We consider a two-period duopoly characterized by a one-way spillover structure in process...
The focus of this paper is on the incentives of firms to invest in research and development (R&D) wh...
The author considers a two-stage R&D then output or price duopoly game in which R&D spills over, so ...
We consider a two-period duopoly characterized by a one-way spillover structure in process R&D and a...
This paper focuses on the strategic use of firms' R&D agreements to overcome R&D inefficienc...
In our duopoly, an irreversible investment incorporates a significant amount of R&D, so that the im...
A duopoly model of cost reducing R&D-Cournot competition is extended to study the endogenous timing ...
This study investigates an endogenous R&D timing game between duopoly firms which undertake cost-red...
A duopoly model of cost reducing R&D-Cournot market competition is extended to encompass endogenous ...
This paper investigates strategic choices between duopolistic firms’ R&D investments and government’...
Investments in new production processes usually involve a significant amount of R&D, generating spil...
We present a dynamic duopoly model of technical innovation in which R&D costs decrease exogenously w...
We analyze the impact of post-innovation knowledge spillovers on firms’ decisions to invest and coop...
In our duopoly, an irreversible investment incorporates a signi\u85cant amount of R&D, so that t...
In this paper, we analyze the impact of post-innovation knowledge spillovers on firms' decisions to ...
Abstract: We consider a two-period duopoly characterized by a one-way spillover structure in process...
The focus of this paper is on the incentives of firms to invest in research and development (R&D) wh...
The author considers a two-stage R&D then output or price duopoly game in which R&D spills over, so ...
We consider a two-period duopoly characterized by a one-way spillover structure in process R&D and a...
This paper focuses on the strategic use of firms' R&D agreements to overcome R&D inefficienc...