FIELD: network information technology.
SUBSTANCE: invention relates to the field of network information technology. To do this, the router of the communication network, through which packets from all nodes of the communication network pass, is previously selected by the BR that performs centralized routing over the communication network, then all possible options for data transmission routes in the BR are formed, after which the quality of the communication channels is monitored in the nodes of the communication network, included in these nodes of the communication network, then the results of quality control of communication channels are transmitted from the nodes of the communication network to the BR, then, based on the results of quality control of communication channels, taking into account the mutual influence of all communication channels involved in each multidimensional data transmission route, the speed of information transmission of communication channels is corrected in the BR, then, based on the results of the correction of the information transfer rates of the communication channels, the target functions of the data transmission routes in the BR are determined, then the received packets are accumulated in the BR at the interval of information vector formation, then the optimal set of data transmission routes is determined by the criterion of minimizing the delivery time in the BR, after That is, the transmission of accumulated packets over the communication network is performed synchronously by frames of constant duration according to the optimal set of routes.
EFFECT: improving the performance of the communication network by taking into account the influence of intrasystem interference in the entire communication network by performing centralized routing through the communication network by the backbone router (BR), including the formation of all possible options for data transmission routes and determining on it the optimal set of data transmission routes in the entire communication network.
1 cl, 8 dwg
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Authors
Dates
2022-11-29—Published
2022-02-03—Filed