Satellitennavigation und vertiefte Himmelsmechanik

What it is about

You learn methods of differential satellite navigation (GNSS, Differential-GPS, carrier-phase ambiguities, augmentation systems) and advanced celestial mechanics (non-gravitational accelerations, position determination, analytical orbit theory, Lagrange points). By the end you will be able to process GNSS data for precise positioning, solve phase ambiguities, and apply orbit-mechanical concepts to practical problems.

What you will be able to do

• Apply GNSS data processing for precise position determination
• Understand principles of differential navigation and augmentation systems
• Apply strategies for carrier-phase ambiguity resolution
• Understand models of non-gravitational accelerations
• Understand concepts of orbit determination and analytical orbit theory
• Explain the origin of Lagrange points and apply concepts practically

What the module consists of

• Lecture with integrated exercisesdelivers content and includes numerical exercises (MATLAB)
• Lecturedelivers additional theory of differential navigation
• Tutorial (optional)assists with exercises, MATLAB and provides feedback on reports

Teaching method

• Lecture/Whiteboardexplanation of concepts and interactive discussions
• Integrated exercises (numerical, MATLAB)application of theory to practical problems
• Tutorial sessionsassistance with assignments and programming implementation as well as feedback