FIELD: communication network.
SUBSTANCE: method involves determining the number of communication nodes Ni, where  , and coordinates of their location, determining the number of network communication nodes Nk ∈ Ni in each of the transport communication networks, forming a matrix of distances between network nodes |ljw|, estimating constraints on the length of communication lines L for connecting network communication nodes Nk to each other, designing Z versions of interconnecting network communication nodes Nk using communication lines Z, calculating, for each Z version of the connection of network communication nodes Nk, the total length of communication lines
, and coordinates of their location, determining the number of network communication nodes Nk ∈ Ni in each of the transport communication networks, forming a matrix of distances between network nodes |ljw|, estimating constraints on the length of communication lines L for connecting network communication nodes Nk to each other, designing Z versions of interconnecting network communication nodes Nk using communication lines Z, calculating, for each Z version of the connection of network communication nodes Nk, the total length of communication lines  , structural survivability S, throughput F of multidimensional routes for transmitting messages between independent transport communication networks, matrix |Gz| from structural parameters
, structural survivability S, throughput F of multidimensional routes for transmitting messages between independent transport communication networks, matrix |Gz| from structural parameters  , S and F for each Z version of connection of network communication nodes of Nk independent transport communication networks, selecting from Z versions that version which provides meeting requirements for structural survivability S and structural parameters
, S and F for each Z version of connection of network communication nodes of Nk independent transport communication networks, selecting from Z versions that version which provides meeting requirements for structural survivability S and structural parameters  and F.
 and F.
EFFECT: high structural survivability of a combined transport communication network while meeting requirements for its structural parameters.
3 cl, 6 dwg
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Authors
Dates
2024-07-11—Published
2023-11-13—Filed