A large portion of innovators do not patent their inventions. This is a relative puzzle since innovators are often perceived to be at the mercy of imitators in the absence of legal protection. In practice, innovators however invest actively in making their products technologically hard to reverse engineer. We consider the dynamics of imitation and investment in technological complexity, both by the innovator and by imitators. We show it can justify high level of proÖts beyond patents, can shed light on the regulation of reverse engineering and can explain delays in adoption of innovations
We study the problem of an inventor who brings to the market an innovation that can be legally copie...
Verbatim copying and distribution of this entire article for noncommercial use are permitted in any ...
This paper analyzes a model in which a fir endowed with a new technology can choose between exports...
A large portion of innovators do not patent their inventions. This is a relative puzzle since innova...
A large portion of innovators do not patent their inventions. This is a rela-tive puzzle since innov...
We argue that when innovation is sequential (so that each successive invention builds in an essentia...
An extensive empirical literature indicates that returns from innovation are appropriated primarily ...
How could such industries as software, semiconductors, and computers have been so innovative despite...
We assess the effects of imitation and intellectual property (IP) protection in a model of industry ...
From a firm’s perspective two competing forces are driving the decision to invest in innovation. On ...
We examine how an innovator should manage its intellectual property when con-fronted with limited in...
Abstract. An extensive empirical literature indicates that returns from innovation are appropriated ...
R&D is an inherently dynamic process which typically involves different intermediate stages that...
Once a new technology has been invented it is shown that the innovator has an incentive to postpone ...
Patents are legal instruments that protect ideas, and the rise of a knowledge-based society was inev...
We study the problem of an inventor who brings to the market an innovation that can be legally copie...
Verbatim copying and distribution of this entire article for noncommercial use are permitted in any ...
This paper analyzes a model in which a fir endowed with a new technology can choose between exports...
A large portion of innovators do not patent their inventions. This is a relative puzzle since innova...
A large portion of innovators do not patent their inventions. This is a rela-tive puzzle since innov...
We argue that when innovation is sequential (so that each successive invention builds in an essentia...
An extensive empirical literature indicates that returns from innovation are appropriated primarily ...
How could such industries as software, semiconductors, and computers have been so innovative despite...
We assess the effects of imitation and intellectual property (IP) protection in a model of industry ...
From a firm’s perspective two competing forces are driving the decision to invest in innovation. On ...
We examine how an innovator should manage its intellectual property when con-fronted with limited in...
Abstract. An extensive empirical literature indicates that returns from innovation are appropriated ...
R&D is an inherently dynamic process which typically involves different intermediate stages that...
Once a new technology has been invented it is shown that the innovator has an incentive to postpone ...
Patents are legal instruments that protect ideas, and the rise of a knowledge-based society was inev...
We study the problem of an inventor who brings to the market an innovation that can be legally copie...
Verbatim copying and distribution of this entire article for noncommercial use are permitted in any ...
This paper analyzes a model in which a fir endowed with a new technology can choose between exports...