Abstract
The article analyzes the route selection problem in a high-density Internet of Things network, proposes a route model that describes the equivalent data transfer rate, taking into account mutual influences between network nodes. Subject of study. The subject of the study is the wireless networks of the Internet of things. Method. The study uses analytical methods for estimating the data transfer rate, taking into account the mutual influences of network nodes, as well as the simulation method. The paper shows that the choice of the optimal number of transit nodes can be made at which the maximum data transfer rate is achieved. Main results. The results of the work are a route model in a high-density internet-of-things network and a method for constructing a route that makes it possible to achieve data transfer rates close to the maximum. Practical significance. The practical significance of the results obtained lies in the proposal of a method for choosing a route in a highdensity Internet of Things network.
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