FIELD: satellite systems.
SUBSTANCE: proposed system that can be used as orbital system forming global radio-navigation field for marine, ground, low-, and high-altitude orbital space users at a time as well as for exchanging command information with allocated circle of users, including space vehicles flying on near-earth orbits has navigation system satellites provided with intersatellite communication equipment, navigation information transfer equipment, and equipment transferring telemetering information to ground command-measuring systems incorporating transceiving equipment transferring navigation, telemetering, and command information to satellites; ground users have navigation information receivers; newly introduced in each ground command-measuring system are code command inputting equipment and acknowledgement signal receiving equipment connected to transceiving equipment; introduced in satellites are acknowledgement signal receivers connected to transceiving equipment; code command allocating devices connected to navigation information receivers and acknowledgement signal transmitters are installed on some users. Radio field produced by positioning system and its relaying capabilities are used not only for locating users in navigation but also to exchange command-program information between ground control center and allocated user.
EFFECT: enlarged functional capabilities.
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