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首页> 外文期刊>Journal of Optimization Theory and Applications >Dynamic Model of R&D, Spillovers, and Efficiency of Bertrand and Cournot Equilibria
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Dynamic Model of R&D, Spillovers, and Efficiency of Bertrand and Cournot Equilibria

机译:贝特朗与古诺均衡的研发,溢出和效率动态模型

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摘要

Using an infinite-horizon two-player differential game, we derive and compare Bertrand and Cournot equilibria for a differentiated duopoly engaging in the process of R&D competition. The main findings of this study are as follows. First, Bertrand competition is more efficient if either R&D productivity is low or products are very different. Second, Cournot competition is more efficient provided that R&D productivity is high, products are close substitutes, and spillovers are not close to zero. This last result is different from what has been obtained in the literature. Hence, this shows that considering a dynamic model and more general investment costs does have an impact on the efficiency results.
机译:使用无限水平的两人差分游戏,我们推导并比较了Bertrand和Cournot均衡,以进行参与研发竞争的差异化双头垄断。这项研究的主要发现如下。首先,如果研发生产率低下或产品截然不同,那么Bertrand竞争会更有效率。其次,如果研发生产率高,产品是紧密的替代品并且溢出效应不接近于零,那么古诺竞争将更有效率。最后的结果不同于文献中获得的结果。因此,这表明考虑动态模型和更一般的投资成本确实会对效率结果产生影响。

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