A modular approach providing unification by dividing a network interface into the universal and special parts in the context of distributed information navigation systems is proposed. The main principles of such approach and its software implementation are considered in the article. It is shown that the efficiency of the modular structure of the interface of distributed navigation systems, including the development time and speed of data processing, depends on the techniques used for their implementation and tools of object-oriented technologies.
In this work there is given the probabilistic visualization of modeling of nucleation and clustering of local computer network. The developed model allows the network to obtain images of different initial conditions and dynamically visualize the process of structuring.
In this paper we have developed a new mathematical model for generating the structure of local computer networks and the generalized model for the evolution of network ensemble in conditions of destabilizing threat to solve the problem of the stability of networks to random and targeted attacks.