Abstract. In this paper the immune network system was presented by the sequence of species with new immunological components allowing more plausible to reflect the immune response processes. The mathematical model oriented to the describing of the more realistic immune processes in the dynamics allowed to organize the computational experiment in the first to demonstrate a possible very complex behavior including chaotic regimes. The results of modeling of dynamic immuno-logical processes with chaotic behavior are represented and considered
We investigate a reaction-diffusion-chemotaxis system that describes the immune response during an i...
Behavioural robustness at antibody and immune network level is discussed. The robustness of the immu...
We propose that bio-inspired algorithms are best developed and analysed in the context of a multidis...
Some time ago Jerne proposed a new theory to explain the basis of the behaviour of the immune system...
Two types of behavior have been previously reported in models of immune networks. The typical behavi...
According to the network theory of the immune response, the various B and T lymphocyte clones that c...
A general class of network models is described that can be used to present complex adaptive systems....
Within the network hypothesis proposed by Jerne, the immune response is interpreted as a collective ...
The populations of the various types of immunocompetent cells in the immune system are described as ...
In this paper, we will investigate the effect of diffusion, which is ubiquitous in nature, on the im...
We study a model of an idiotypic immune network which was introduced by N. K. Jerne. It is known tha...
Abstract:- The immune system is a very complex cognitive system. Based on immunological principles w...
Immune systems of live forms have been an abundant source of inspiration to contemporary computer sc...
Several discrete models of immune networks have been developed in the last few years to describe the...
In this work we introduce and analyze the stochastic dynamics obeyed by a model of an immune network...
We investigate a reaction-diffusion-chemotaxis system that describes the immune response during an i...
Behavioural robustness at antibody and immune network level is discussed. The robustness of the immu...
We propose that bio-inspired algorithms are best developed and analysed in the context of a multidis...
Some time ago Jerne proposed a new theory to explain the basis of the behaviour of the immune system...
Two types of behavior have been previously reported in models of immune networks. The typical behavi...
According to the network theory of the immune response, the various B and T lymphocyte clones that c...
A general class of network models is described that can be used to present complex adaptive systems....
Within the network hypothesis proposed by Jerne, the immune response is interpreted as a collective ...
The populations of the various types of immunocompetent cells in the immune system are described as ...
In this paper, we will investigate the effect of diffusion, which is ubiquitous in nature, on the im...
We study a model of an idiotypic immune network which was introduced by N. K. Jerne. It is known tha...
Abstract:- The immune system is a very complex cognitive system. Based on immunological principles w...
Immune systems of live forms have been an abundant source of inspiration to contemporary computer sc...
Several discrete models of immune networks have been developed in the last few years to describe the...
In this work we introduce and analyze the stochastic dynamics obeyed by a model of an immune network...
We investigate a reaction-diffusion-chemotaxis system that describes the immune response during an i...
Behavioural robustness at antibody and immune network level is discussed. The robustness of the immu...
We propose that bio-inspired algorithms are best developed and analysed in the context of a multidis...