The article develops a model laying a foundation for the idea that the relationships between competitors in the knowledge diffusion market can be described by a Lotka-Volterra system. The model can accommodate both the scenario of prey-predator and that of competition between innovators and imitators. Analytic results and numerical simulations show that a stable coexistence equilibrium is feasible under both scenarios. The work also discusses the conditions under which these results are achievable
A large number of studies has been canvassed by the growing rates of diffusion of Open Source Softwa...
A large number of studies has been canvassed by the growing rates of diffusion of Open Source Softwa...
This paper provides an individual-based foundation for the logistic and Lotka-Volterra equations whi...
The article develops a model laying a foundation for the idea that the relationships between competi...
This article deals with the problem of the coexistence of innovators and imitators in a competitive ...
After deriving a model describing the law of evolution of innovators and imitators the article focus...
The diffusion of products that compete in the marketplace is a strategic issue for market analyst...
The diffusion of products that compete in the marketplace is a strategic issue for market analysts. ...
systems which model the competitive interaction of two or more organisms allowed to move freely thro...
Diffusion of innovations within simultaneous processes examined as univariate models of separate tra...
The work presented here constitutes a chapter in a forthcoming book by the same author entitled Conq...
Thesis (S.M.)--Massachusetts Institute of Technology, System Design and Management Program, 2009.Inc...
The work develops and investigates a mathematical model for evolution of the technological structure...
Diusion of innovations within simultaneous processes examined as univariate models of separate traje...
The population dynamic of two competing species is governed by the following system of ODEs:dN1/dt= ...
A large number of studies has been canvassed by the growing rates of diffusion of Open Source Softwa...
A large number of studies has been canvassed by the growing rates of diffusion of Open Source Softwa...
This paper provides an individual-based foundation for the logistic and Lotka-Volterra equations whi...
The article develops a model laying a foundation for the idea that the relationships between competi...
This article deals with the problem of the coexistence of innovators and imitators in a competitive ...
After deriving a model describing the law of evolution of innovators and imitators the article focus...
The diffusion of products that compete in the marketplace is a strategic issue for market analyst...
The diffusion of products that compete in the marketplace is a strategic issue for market analysts. ...
systems which model the competitive interaction of two or more organisms allowed to move freely thro...
Diffusion of innovations within simultaneous processes examined as univariate models of separate tra...
The work presented here constitutes a chapter in a forthcoming book by the same author entitled Conq...
Thesis (S.M.)--Massachusetts Institute of Technology, System Design and Management Program, 2009.Inc...
The work develops and investigates a mathematical model for evolution of the technological structure...
Diusion of innovations within simultaneous processes examined as univariate models of separate traje...
The population dynamic of two competing species is governed by the following system of ODEs:dN1/dt= ...
A large number of studies has been canvassed by the growing rates of diffusion of Open Source Softwa...
A large number of studies has been canvassed by the growing rates of diffusion of Open Source Softwa...
This paper provides an individual-based foundation for the logistic and Lotka-Volterra equations whi...