Abstract. It is shown that propagation speeds of disturbances are bounded for a class of reaction-diusion systems. It turns out that solutions for various initial states are conned by traveling waves. A new technique is presented for the construction of the comparison functions. The technique is based on the operator-splitting methodology, which is known as a numerical computation method. By using an exact solution of the Fisher equation we can make a simple proof. In this paper the outline of the proof is given. Key words. reaction-diusion system, comparison technique, operator-splitting method, trav-eling wave AMS subject classications. 35B05, 35K45, 35K57 1. Introduction. W
International audienceWe consider a class of biological models represented by a system composed of r...
International audienceWe consider a class of biological models represented by a system composed of r...
Key words. Delayed reaction-diffusion equations, comparison principle, super- and sub-solutions, tra...
Kyushu University 21st Century COE Program Development of Dynamic Mathematics with High Functionalit...
We revisit the classical problem of speed selection for the propagation of disturbances in scalar re...
We revisit the classical problem of speed selection for the propagation of disturbances in scalar re...
Abstract:- In this work we numerically investigate the behaviour of travelling wave solutions of PDE...
It has long been known that the heat equation displays infinite speed of propagation. This is to say...
It has long been known that the heat equation displays infinite speed of propagation. This is to say...
This article studies propagating traveling waves in a class of reaction-diffusion systems in one dim...
AbstractIt has long been known that the heat equation displays infinite speed of propagation. This i...
This paper represents a literature review on traveling waves described by delayed reaction-diffusion...
International audienceWe consider a class of biological models represented by a system composed of r...
This paper represents a literature review on traveling waves described by delayed reactiondiffusion ...
International audienceWe consider a class of biological models represented by a system composed of r...
International audienceWe consider a class of biological models represented by a system composed of r...
International audienceWe consider a class of biological models represented by a system composed of r...
Key words. Delayed reaction-diffusion equations, comparison principle, super- and sub-solutions, tra...
Kyushu University 21st Century COE Program Development of Dynamic Mathematics with High Functionalit...
We revisit the classical problem of speed selection for the propagation of disturbances in scalar re...
We revisit the classical problem of speed selection for the propagation of disturbances in scalar re...
Abstract:- In this work we numerically investigate the behaviour of travelling wave solutions of PDE...
It has long been known that the heat equation displays infinite speed of propagation. This is to say...
It has long been known that the heat equation displays infinite speed of propagation. This is to say...
This article studies propagating traveling waves in a class of reaction-diffusion systems in one dim...
AbstractIt has long been known that the heat equation displays infinite speed of propagation. This i...
This paper represents a literature review on traveling waves described by delayed reaction-diffusion...
International audienceWe consider a class of biological models represented by a system composed of r...
This paper represents a literature review on traveling waves described by delayed reactiondiffusion ...
International audienceWe consider a class of biological models represented by a system composed of r...
International audienceWe consider a class of biological models represented by a system composed of r...
International audienceWe consider a class of biological models represented by a system composed of r...
Key words. Delayed reaction-diffusion equations, comparison principle, super- and sub-solutions, tra...