Contents
| Space Navigation Systems and Devices. Radiolocation and Radio Navigation | |
| Comparative Analysis of Global Augmentations to the GLONASS System Vatutin S.I., Biriukov A.A., Kurkov I.K. |
3 |
| Elimination of Weighted Differences Bias in Pseudoranges Obtained by a Dual-Frequency SRNS Receiver GPS+GLONASS Vovasov V.E., Chunin D.N. |
15 |
| Simulation Results of the Global Coverage Area of the Medium Earth Orbit Segment of the COSPAS–SARSAT System Antonov D.V., Romanov A.A. |
24 |
| Aerospace Methods for Earth Remote Sensing | |
| Obtaining Optical Images of LEO Space Objects during Satellite Monitoring on the Crossing Courses Lagutkin V.N., Luk’yanov A.P. |
35 |
| Small Satellites Clusters — a New Type of Space Objects Potyupkin A.Yu., Danilin N.S., Selivanov A.S. |
45 |
| Radio Engineering and Space Communication | |
| The Use of Inter-Satellite Retransmission in the New-Generation Hydrometeorological Space System Based on the “Meteor-MP” Spacecraft Dorofeev Yu.B., Matveev S.V., Ruban L.N., Tulisov D A. |
57 |
| Systems Analysis, Spacecraft Control, Data Processing, and Telemetry Systems | |
| Sixth Technological Way in Space Device Engineering Romanov A.A., Tyulin А.E. |
64 |
| A Method of Analytical Calculation of SER and BER for APSK Modulation in the Nonlinear Channel with AWGN Strukov A.P. |
83 |
| Solid-State Electronics, Radio Electronic Components, Micro- and Nanoelectronics, Quantum Effect Devices |
|
| Import Substitution or Import Independence. Searching for the Alternatives when Creating Radio Electronic Equipment Egorov K.V., Tyazhkun S.P., Khodzhaev V.D. |
89 |
| To the 60th anniversary of the launch of the first artificial satellite of the Earth | |
| The First Artificial Satellites of the Earth — Soviet Spacecraft Sputnik 1, Sputnik 2 Selivanov A.S., Startsev V.K. |
94 |