Adopting the theoretical and practical knowledge about Global Navigation Satellite Systems and their implementation in navigation and positioning with special emphasys on geodetic applications Students will:
- overmaster the concepts of satellite positioning and their implementation in Global Navigation Satellite Systems (GNSS),
- explaine satellite orbit and Keplerian as well as Newtonian laws,
- describe satellite positioning systems, structure, types and propagation of GNSS signals as well as error sources,
- distinct code and phase measurements and know different mathematical models used for apsolute and relative positioning,
- overwhelm usage and plan, prepare and execute static and kinematic measurement with GNSS receivers,
- compute and analyse GNSS measurements (base vectors), adjust the network and deliver technical report for the project in accordance to existing rules.
