The literature on product innovation usually assumes that the probability distribution governing the timing of innovations is the memoryless exponential distribution. We develop a probability model for the minimum time to innovation for a large number of rivals that does not exhibit the limitations of the exponential model. An optimization problem for a single firm is analyzed using this probability distribution and the results are compared with those for the traditional case.
In our model multiple innovators compete against each other by submitting investment proposals to a...
This paper studies information acquisition under competitive pressure and proposes a model to examin...
Does innovation increase or decrease with more competition when innovation follows a memory process?...
Based on an extended game-theoretic innovation-race model, we derive some Schumpeterian hypotheses o...
We consider a firm moving towards a stochastic final destination, to be chosen from a discrete set a...
This paper studies the optimal lifetime of a patent in a model where the timing of innovatons: is un...
This paper studies the optimal division of pro\u85t with complementary innovations. We identify circ...
Some firms (such as Intel and Medtronics) use a time–pacing strategy for new product development, in...
We develop an overlapping generations model, where firms (as consumers) have a two-period life, inve...
This paper considers irreversible investment in competing research projects with uncertain returns u...
Does innovation boost or fall with more competition when innovation follows a memory process? This p...
This paper considers irreversible investment in competing research projects with uncertain returns u...
We present a theoretical and experimental analysis of the model for diffusion of engineering innovat...
This paper considers the complex issue of innovation timing. Building on an extensive programme of r...
none2siWe analyze the optimal division of profit with complementary innovations. Even if each innova...
In our model multiple innovators compete against each other by submitting investment proposals to a...
This paper studies information acquisition under competitive pressure and proposes a model to examin...
Does innovation increase or decrease with more competition when innovation follows a memory process?...
Based on an extended game-theoretic innovation-race model, we derive some Schumpeterian hypotheses o...
We consider a firm moving towards a stochastic final destination, to be chosen from a discrete set a...
This paper studies the optimal lifetime of a patent in a model where the timing of innovatons: is un...
This paper studies the optimal division of pro\u85t with complementary innovations. We identify circ...
Some firms (such as Intel and Medtronics) use a time–pacing strategy for new product development, in...
We develop an overlapping generations model, where firms (as consumers) have a two-period life, inve...
This paper considers irreversible investment in competing research projects with uncertain returns u...
Does innovation boost or fall with more competition when innovation follows a memory process? This p...
This paper considers irreversible investment in competing research projects with uncertain returns u...
We present a theoretical and experimental analysis of the model for diffusion of engineering innovat...
This paper considers the complex issue of innovation timing. Building on an extensive programme of r...
none2siWe analyze the optimal division of profit with complementary innovations. Even if each innova...
In our model multiple innovators compete against each other by submitting investment proposals to a...
This paper studies information acquisition under competitive pressure and proposes a model to examin...
Does innovation increase or decrease with more competition when innovation follows a memory process?...