Contents
| Space Navigation Systems and Devices. Radiolocation and Radio Navigation | |
| Trends to Improve the Inter-Satellite Radio Link of the GLONASS System Bakit’ko R.V., Astakhov D.A., Moiseyev M.V., Salakhov R.F. |
3 |
| Radio Engineering and Space Communication | |
| Satellite Microwave Radiometry for Earth Remote Sensing Barsukov I.A., Boldyrev V.V., Gavrilov M.I., Evseev G.E., Egorov A.N., Il’gasov P.A., Pantsov V.Yu., Strel’nikov N.I., Strel’tsov A.M., Chernyy I.V., Chernyavskiy G.M., Yakovlev V.V. |
11 |
| Development of Control Module Based on a Computing IP-Core Voronov K.E., Sukhachev K.I., Vorobev D.S. |
24 |
| Increasing the Efficiency of the Small Spacecraft Cluster Telemetry Radio Links Azarov A.I., Budarin E.V. |
39 |
| Space Zonal Survey to Determine the Speed and Acceleration of Moving Objects Bocharnikov A.I., Kovalenko V.P., Kovalenko A.V., Tikhonychev V.V., Khudyakov A.V. |
48 |
| Systems Analysis, Spacecraft Control, Data Processing, and Telemetry Systems | |
| Promising Services of Multi-Satellite Space Systems Potyupkin A.Yu., Volkov S.A., Timofeev Yu.A. |
59 |
| System Approach to Solve Measurement Problems of Ballistic-Navigation Support for Spacecraft Flights Larin V.K. |
69 |
| Increasing the Volume of Information Transmitted through Space Radio Links by Implementing Compression Algorithms Mordvinov A.E., Nikitin A.S. |
77 |
| Rotation of TNS Series Spacecraft along the Velocity Vector under the Rotor Control and Magnetic Attitude Control System Ovchinnikov M.Yu., Pen’kov V.I., Roldugin D.S., Tkachev S.S., Yudanov N.A. |
86 |
| Solid-State Electronics, Radio Electronic Components, Micro- and Nanoelectronics, Quantum Effect Devices |
|
| The Study of a Physico-Mathematical Model of the Acceleration of Storage Life Tests of Electrical and Electronic Equipment Kulibaba A.Ya., Shtukarev A.Yu., Yushin O.V. |
95 |