National Aviation University

Global satellite navigation systems GPS, GLONASS, GALILEO, SBAS, GBAS

Satellite radio navigation systems provide millimeter accuracy in measurement on a global level. They are used for fundamental research, continents drift and the Earths poles movement observation, in geodesy and cartography for cadastres and digital maps development. The satellite systems possess the high priority in the navigation and control of the aviation, marine and terrestrial transport means.

Monitoring of navigation field

Navigation satellites generate and create a navigation field in the near Earth space at altitude of about 20 thousand km. Its monitoring has to confirm the navigation system accuracy, integrity, continuity and operational readiness.

Navigation signals monitoring station	Navigation research with the help of  geodetic complex	Research oo satellite navigation system accessibility

Developed equipment for monitoring of navigation field allows us to assess in real time accuracy, integrity, non-stop service, and operational readiness for GPS, GLONASS, GALILEO, SBAS, GBAS systems.

Global satellite navigation systems resistance to jamming

Satellite navigation signal intensity on the Earth surface is made up of 10-16 W, and any signal exceeded this level can lead to incorrect coordinates evaluation. Antenna arrays make possible removal of signal-interference by means of special shape pattern formation.

Adaptive to interference antenna array makes it possible to eliminate natural and intended interference with satellite navigation receivers. Patent 85225.