摘要
Pattern dynamics behavior of reaction-diffusion equation play an important role in biology chemistry and morphology etc, but it is often investigated by controlling parameter in the model.In fact,there are always a lot of variables fixed in a complex system.In this paper, we investigate pattern dynamics of a immunity system with control theory by using the method of matrix analysis and obtain a optimal condition under which the system loses stability, Turing pattern occurs. The method above presented is a novel approach to the investigation of specific reaction diffusion systems based on the model developed in this paper, especially to investigate the type of pattern formation with modern control theory. And the simulation used in this paper validate our theoretical results.
Pattern dynamics behavior of reaction-diffusion equation play an important role in biology chemistry and morphology etc, but it is often investigated by controlling parameter in the model.In fact,there are always a lot of variables fixed in a complex system.In this paper, we investigate pattern dynamics of a immunity system with control theory by using the method of matrix analysis and obtain a optimal condition under which the system loses stability, Turing pattern occurs. The method above presented is a novel approach to the investigation of specific reaction diffusion systems based on the model developed in this paper, especially to investigate the type of pattern formation with modern control theory. And the simulation used in this paper validate our theoretical results.
引文