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The article proposes the results of the analysis of the problems of modeling the Internet of Things network, the choice of the structure and composition of the complex of tools for full-scale and combined modeling. Subject of research. Problems of modeling a network of the Internet of things of high density. Method. System analysis and statistical analysis. Main results. The main tasks of modeling the network of the Internet of Things of high density are formulated, a three-level structure of the model is proposed, the analysis of available technical means is carried out and the composition of technical means at each of the levels is proposed. Practical significance. The obtained results of the analysis of the use of technical means in solving various modeling problems, the proposed platform for modeling the Internet of Things network can be used in solving research problems, as well as in the educational process of the university.

The area of application for the Internet of Things networks is vast. One of the main uses for such a net-work is the organization of network traffic. A traffic stream can be considered as a self-organizing net-work with moving nodes. This article describes the various features of such networks. Models with vari-ous mobility, velocity and density parameters of nodes are considered for studying the routes in this networks.

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