This paper develops a two-country duopolistic model and takes into account trade barriers in exploring the insider patentee’s optimal licensing contract, as firms produce a homogeneous product and engage in Cournot competition in each market. The focus of the paper is on the impact of cost advantage generated by the innovation size and the rent created by trade barriers. The paper shows that mixed licensing contract is optimal as the innovation size relative to the innovation size is large under non-drastic innovation, while royalty licensing is optimal, otherwise. Moreover, it also shows that the optimal licensing contract is mixed licensing under drastic innovation
We study technology transfer in a spatial competition with two asymmetric licensees (firms) with an ...
Incorporating patent litigation into a durable-good duopoly model, we revisit the optimal licensing ...
[[abstract]]This paper establishes a duopoly model to investigate the impacts of asymmetric absorpti...
We depart from the standard framework and study optimal patent licensing under Cournot duopoly where...
[[abstract]]This paper develops a barbell model to take into account trade barriers in exploring the...
This paper analyses the policy implications of licensing between producers of differ-entiated goods....
We study the effects of entry of two foreign firms on domestic welfare in the presence of licensing,...
This paper compares three licensing regimes in a symmetric duopoly model situated on a circular city...
This paper compares alternative licensing schemes of a patentor, that is, at the same time, a produc...
Empirical evidences show that technology licensing contracts differ significantly and may consist of...
We look into technology transfer by an insider patentee in a spatial duopoly model under three types...
We consider a model of licensing of a non-drastic innovation in which the patent holder (an outside ...
AbstractWe investigate a two-part tariff licensing contract that enables an incumbent innovator to l...
This paper explores how an inventor should license an innovation that opens new markets for the lice...
http://www.ivie.es/downloads/docs/wpasad/wpasad-2000-14.pdfIn this paper, we characterize situations...
We study technology transfer in a spatial competition with two asymmetric licensees (firms) with an ...
Incorporating patent litigation into a durable-good duopoly model, we revisit the optimal licensing ...
[[abstract]]This paper establishes a duopoly model to investigate the impacts of asymmetric absorpti...
We depart from the standard framework and study optimal patent licensing under Cournot duopoly where...
[[abstract]]This paper develops a barbell model to take into account trade barriers in exploring the...
This paper analyses the policy implications of licensing between producers of differ-entiated goods....
We study the effects of entry of two foreign firms on domestic welfare in the presence of licensing,...
This paper compares three licensing regimes in a symmetric duopoly model situated on a circular city...
This paper compares alternative licensing schemes of a patentor, that is, at the same time, a produc...
Empirical evidences show that technology licensing contracts differ significantly and may consist of...
We look into technology transfer by an insider patentee in a spatial duopoly model under three types...
We consider a model of licensing of a non-drastic innovation in which the patent holder (an outside ...
AbstractWe investigate a two-part tariff licensing contract that enables an incumbent innovator to l...
This paper explores how an inventor should license an innovation that opens new markets for the lice...
http://www.ivie.es/downloads/docs/wpasad/wpasad-2000-14.pdfIn this paper, we characterize situations...
We study technology transfer in a spatial competition with two asymmetric licensees (firms) with an ...
Incorporating patent litigation into a durable-good duopoly model, we revisit the optimal licensing ...
[[abstract]]This paper establishes a duopoly model to investigate the impacts of asymmetric absorpti...