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M. N. Andrianov
Observed names:
M.N. Andrianov,
Mikhail Andrianov,
Mikhail N. Andrianov,
М. Н. Андрианов,
М.Н. Андрианов
Institution:
P.N. Lebedev Physical Institute of the Russian Academy of Sciences
Observed institutions:
P.N. Lebedev Physical Institute of the Russian Academy of Sciences,
Russian Academy of Sciences,
Astro Space Center,
Kotelnikov Institute of Radioengineering and Electronics of the Russian Academy of Sciences
ORCID:
0000-0001-8828-6688
Observed ORCID:
0000-0001-8828-6688
OpenAlex ID:
A5017613609
Subterahertz Astronomy in the Russian Federation: Prospects and Directions
2024
·
S. F. Likhachev
, A. G. Rudnitskiy
, et al.
·
Cosmic Research
·
15
Astro Space Locator — A software package for VLBI data processing and reduction
2020
·
S.F. Likhachev
, I.A. Girin
, et al.
·
Astronomy and Computing
·
13
On increasing the spectral efficiency and transmissivity in the data transmission channel on the spacecraft–ground tracking station line
2018
·
M. N. Andrianov
, V. I. Kostenko
, et al.
·
Cosmic Research
·
5
Overview of VLBI instrument for Millimetron space mission.
2022
·
Andrey Khudchenko
, Andrei V. Smirnov
, et al.
·
Millimeter, Submillimeter, and Far-Infrared Detectors and Instrumentation for Astronomy XI
·
4
Possible Operation of Satellite Communication Lines of the Millimeter Range in the Climatic Conditions of the Arctic
2021
·
M. N. Andrianov
, D. A. Korbakov
, et al.
·
Journal of Communications Technology and Electronics
·
3
Tropospheric Effect on the Transmissivity of the Spacecraft–Ground Tracking Station Communication Line
2019
·
M. N. Andrianov
, V. I. Kostenko
, et al.
·
Cosmic Research
·
3
Application of discontinuous communications in channels with random parameters to transmit narrowband signals and signals with orthogonal frequency-division multiplexing
2009
·
B. I. Shakhtarin
, M. N. Andrianov
, et al.
·
Journal of Communications Technology and Electronics
·
3
Перспективы и направления развития субтерагерцовой астрономии в Российской Федерации
2024
·
С. Ф. Лихачев
, А. Г. Рудницкий
, et al.
·
Cosmic Research
·
2
PDF
VLBI instrument for Millimetron Space Observatory
2024
·
Andrey Khudchenko
, Sergey Turygin
, et al.
·
Millimeter, Submillimeter, and Far-Infrared Detectors and Instrumentation for Astronomy XI
·
2
Error Probabilities in the Millimeter-Wave Channel in the Spacecraft–Ground Tracking Station Communication Line Taking into Account Arctic Climatic Conditions
2022
·
M. N. Andrianov
, D. A. Korbakov
, et al.
·
Bulletin of the Lebedev Physics Institute
·
2
Possible satellite communication links in the Arctic.
2020
·
M.N. Andrianov
, D.A. Korbakov
, et al.
·
Journal of Radio Electronics
·
2
Communication Efficiency of the Millimeter Wave Channel in the Spacecraft–Ground Tracking Station Transmission Line
2023
·
M. N. Andrianov
, V. I. Kostenko
·
Bulletin of the Lebedev Physics Institute
·
1
Increasing the noise immunity of data transmission over digital communication channels under Nakagami fading conditions
2011
·
M. N. Andrianov
, A. V. Bumagin
, et al.
·
Measurement Techniques
·
1
A method of increasing the noise-immune and spectral efficiency of data transmission over digital communication channels under conditions of generalized Rayleigh fadings
2010
·
M. N. Andrianov
, A. V. Bumagin
, et al.
·
Measurement Techniques
·
1
Космическая обсерватория «Миллиметрон». Ключевые научные задачи и технологии
2026
·
А.С. Андрианов
, М.Н. Андрианов
, et al.
·
Vestnik FGUP "NPO im. S.A. Lavočkina".
Prospects for the Development and Creation of High Data-rate Millimeter-wave Band Complexes for Deep Space Communications
2026
·
M. N. Andrianov
, S. F. Likhachev
, et al.
·
Radiophysics and Quantum Electronics
Efficiency of Relay Communication in the Millimeter Wave Channel in the Spacecraft–Ground Tracking Station Data Transmission Line
2023
·
M. N. Andrianov
·
Bulletin of the Lebedev Physics Institute
Повышение эффективности канала связи в научных экспериментах дальнего космоса
2023
·
М. Н. Андрианов
, В. И. Костенко
, et al.
·
Труды Института прикладной астрономии РАН
Improving the Reliability of Data Transmission on the “Spacecraft-Ground” Communication Line. Complexing Mode for Intermittent Radiation with Diversity Receive
2021
·
Mikhail Andrianov
, Vladimir Kostenko
, et al.
·
International Scientific-Technical Conference on Actual Problems of Electronic Instrument Engineering (APEIE)
Возможная работа спутниковых линий связи миллиметрового диапазона в климатических условиях Арктики
2021
·
М. Н. Андрианов
, Д. А. Корбаков
, et al.
·
Радиотехника и электроника
Influence of turbulence in the tropospheric channel on the capacity of satellite communication systems in the Arctic.
2020
·
M.N. Andrianov
, D.A. Korbakov
, et al.
·
Journal of Radio Electronics
Влияние тропосферы на пропускную способность линии связи “космический аппарат – наземная станция слежения”
2019
·
М. Н. Андрианов
, В. И. Костенко
, et al.
·
Cosmic Research
Simulation modeling of telecommunication systems of high-speed data transmission by atmospheric radio channel in a clean atmosphere with the help of millimeter waves in integrated digital communication systems.
2018
·
G.A. Andreev
, M.N. Andrianov
, et al.
·
Journal of Radio Electronics
PDF
О ПОВЫШЕННОЙ СПЕКТРАЛЬНОЙ ЭФФЕКТИВНОСТИ И ПРОПУСКНОЙ СПОСОБНОСТИ В КАНАЛЕ ПЕРЕДАЧИ ДАННЫХ НА ЛИНИИ КОСМИЧЕСКИЙ АППАРАТ?-?НАЗЕМНАЯ СТАНЦИЯ СЛЕЖЕНИЯ, "Космические исследования"
2018
·
М. Н. Андрианов
, В.И. Костенко
, et al.
·
Cosmic Research
The Analysis and Synthesis of Discontinuous Communication With Diversity of Reception for Increase in Effective Transfer of Didcrete Information in Systems of the Earth-space Interferometry
2013
·
M. N. Andrianov
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Works count:
28
Citation count:
57
H-index:
4
I10-index:
2
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