No. 4(14), 2015
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Gorchakovskiy A.A., Evstratko V.V., Mishurov A.V., Panko S.P., Ryabushkin S.A., Sukhotin V.V., Shatrov V.A. Tasks and their solutions in the process of developing control and measurement systems for spacecraft
| 6-9 |
Panko S.P. The measurement range of the spacecraft
| 10-21 |
Vildanov A.I., Evstratko V.V., Mishurov A.V., Panko S.P., Ryabushkin S.A. The aggregation command and the rangefindertion measurements
| 22-24 |
Panko S.P., Tsimbal M.S. Measurement of the velocity of the spacecraft
| 25-29 |
Gorchakovsky A.A., Evstratko V.V., Mishurov A.V., Panko S.P., Sukhotin V.V. The principles of automation control and test equipment for spacecraft
| 30-32 |
Panko S.P., Mishurov A.V. The ways of optimization in the design of the control and test equipment of radiotechnical systems
| 33-35 |
Evstratko V.V. The ground segment of control and measurement system based on the decisions of national instruments
| 36-38 |
Panko S.P., Sukhotin V.V., Mishurov A.V., Evstratko B.B., Gorchakovskii A.A., Kilin G.P., Ryabushkin S.A., Vildanov A.I., Shatrov V.A. Protection of the command channel control system of a spacecraft
| 39-41 |
Nozhenkova L.F., Isaeva O.S., Gruzenko E.A., Vogorovskiy R.V., Koldyrev A.Yu., Evsyukov A.A. The technology for spacecraft command-measurement systems’ onboard equipment designer workplace automation
| 42-49 |
Nozhenkova L.F., Isaeva O.S., Gruzenko E.A. Program and mathematical model of the spacecraft command-measuring system’s onboard equipment
| 50-59 |
Nozhenkova L.F., Isaeva O.S., Vogorovskiy R.V. Preparation and execution of tests of the spacecraft command-measuring system’s onboard equipment
| 60-67 |
Nozhenkova L.F., Isaeva O.S., Koldyrev A.Yu. Education-and-research system for spacecraft command-measurement systems’ onboard equipment
designer’s work support
| 68-73 |
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