Kostikov Yurii А. (PhD in Physics and Mathematics, Moscow Aviation Institute (National Research University))
Mokryakov Aleksey V. (PhD in Physics and Mathematics, Associate Professor, Moscow Aviation Institute (National Research University))
Pavlov Vitaly Yu. (PhD in Physics and Mathematics, Moscow Aviation Institute (National Research University))
Ternovskov Vladimir B. (PhD in Technical Sciences, Associate Professor, Moscow Aviation Institute (National Research University))
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The article describes the principle of placing air mobile devices of a mobile communication network. The logic of constructing these structures consists in designing the simplest and cheapest way of covering the entire territory under consideration with the help of an aeromobile communication network (ACN), which involves the rapid deployment of a wireless communication network, whose nodes and repeaters are lifted above the surface by unmanned aerial vehicles. the rapid deployment of a wireless network, the nodes and repeaters of which are lifted above the surface by unmanned aerial vehicles. AKN is operatively deployed in the absence or inability of fixed communication networks to ensure stable communication in undeveloped areas, zones of natural disasters and major man-made disasters.
Keywords:aeromobile communication network, mobile communication, space structure, trees, modeling
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Citation link: Kostikov Y. А., Mokryakov A. V., Pavlov V. Y., Ternovskov V. B. Modeling of space structure an aeromobile communication network // Современная наука: актуальные проблемы теории и практики. Серия: Естественные и Технические Науки. -2018. -№06. -С. 78-81 |
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