| Issue |
Title |
File |
| No 4 (2025) |
Methodology of frequency resource utilization in the design of railway LTE-1800 TDD standard radio communications |
(Rus)
|
|
Lobeev D.P.
|
| No 4 (2025) |
Method of increasing the security of signalling structure in the airwaves |
(Rus)
|
|
Zyablov V.V., Portnoy S.L., Tikhonyuk A.I.
|
| No 3 (2025) |
Methods of Interference Reduction for IEEE 802.11 Communication Networks on High-Speed Railways |
(Rus)
|
|
Portnoy S.L., Nikitin S.E., Klyuev N.S., Raklanov D.V.
|
| No 3 (2025) |
Critical communications from cellular operator on the basis of RONET system. The end |
(Rus)
|
|
Trifonov E.V.
|
| No 2 (2025) |
Critical communications from cellular operator on the basis of RONET system |
(Rus)
|
|
Trifonov Е.I.
|
| No 1 (2025) |
Positioning in IEEE 802.11az Wi-Fi Local Area Networks. Part 1. Defining the decimetre accuracy problem |
(Rus)
|
|
Fokin G.A., Bagaev E.S., Mescheryakov D.E.
|
| No 1 (2025) |
Prospects for standardisation and implementation of 6G radio access and core networks |
(Rus)
|
|
Tikhvinsky V.O., Devyatkin E.E., Savochkin A.A., Nedobezhkin M.I.
|
| No 8 (2024) |
Review of spectrum sensing models LTE and NR signals |
(Rus)
|
|
Fokin G.A.
|
| No 8 (2024) |
Performance and noise immunity comparison of DVB-S2X and 5G NR MPPP codes |
(Rus)
|
|
Portnoy S.L., Nikitin S.E., Voloshin A.D., Mulyar A.A.
|
| No 8 (2024) |
MANET technologies in professionalmobile radio communication |
(Rus)
|
|
Lexin A.V., Ileshin S.I.
|
| No 8 (2024) |
Implementation of Russian base stations will start in 2025 |
(Rus)
|
|
Popov S.A.
|
| No 8 (2024) |
ProfComm 2024: LTE/5G private networks in the spotlight |
(Rus)
|
|
Popov S.A.
|
| No 7 (2024) |
Interference immunity of biorthogonal M-dimensional signal design in Gaussian channel |
(Rus)
|
|
Medvedev M.M., Shavrin S.S.
|
| No 6 (2024) |
Development of LLS-simulator of the VSJM communication network based on 802.11ax technology |
(Rus)
|
|
Portnoy S.L., Nikitin S.E., Klyuev N.S., Antoshkin G.D., Sakhautdinov S.R.
|
| No 6 (2024) |
Models of space selection with positioning-based diagramming in 5G networks Part 2. Beam Width Contro |
(Rus)
|
|
Fokin G.A., Volgushev D.B., Sinilnikov A.M.
|
| No 4 (2024) |
Development of MVNOs in Russia |
(Rus)
|
|
Portnoy S.L., Buslaev D.P., Eltsov M.E., Domanova V.S.
|
| No 3 (2024) |
Realisation of the Fronthaul segment of 4G/5G networks based on TSN technology |
(Rus)
|
|
Roslyakov A.V., Gerasimov V.V.
|
| No 3 (2024) |
Models of spatial selection with diagramming based on positioning in 5G networks
Part 1. Beamforming control |
(Rus)
|
|
Fokin G.A., Volgushev D.B., Sinilnikov A.M.
|
| No 1 (2024) |
Review of modern methods for realization Interference immunity coding in mobile communications |
(Rus)
|
|
Portnoy S.L., Nikitin S.E., Voloshin A.D., Antoshkin G.D.
|
| No 3 (2023) |
Lte network positioning technology. Part 3. Sdr demonstrator in laboratory conditions |
(Rus)
|
|
Fokin G.A., Grigoriev V.A., Ryutin K.E.
|
| No 3 (2023) |
5g networks: the evolution to an open network architecture part 2. Standardisation of solutions for open network infrastructure and 5g radio access |
(Rus)
|
|
Kogan S.S.
|
| No 3 (2023) |
Application of artificial intellect in 5g networks |
(Rus)
|
|
Tikhvinsky V.O., Terentiev S.V., Devyatkin E.E.
|
| No 2 (2023) |
MWC BARCELONA 2023 world congress: the metaverse - threats and challenges for the telecom world |
(Rus)
|
|
Tikhvinsky V.O., Devyatkin E.E.
|
| No 2 (2023) |
5g networks: the evolution to an open network architecture. Part 1. Key elements of open 5g network infrastructure solutions concept |
(Rus)
|
|
Kogan S.S.
|
| No 2 (2023) |
Evolution of FRMCS network technologies in 3GPP releases: challenges and prospects |
(Rus)
|
|
Tikhvinsky V.O., Portnoy S.L., Sivitsky P.A., Tikhonyuk A.I.
|
| No 1 (2023) |
Application of intelligent reconfigurable RIS surfaces in 6G mobile networks |
(Rus)
|
|
Tikhvinsky V.O., Devyatkin E.E., Tikhvinskaya M.V., Pastukh A.S., Smirnov Y.Y.
|
| No 1 (2023) |
Private LTE networks architecture |
(Rus)
|
|
Bukhteev M.I., Portnoy S.L.
|
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