Course content

Wave propagation along the surface of the earth and in the atmosphere, hyperbolic navigation, terrestrial and satellite-based navigation systems as LORAN-C, radio beacons, GPS, GLONASS, GALILEO, aircraft navigation systems, inertial navigation, and radar principles and methods.
The subject will also give a brief overview of the geophysical and geodetical fundamentals of navigation, positioning and localisation, i.e. shape and physics of the earth, reference and coordinate systems, maps and mapping projections, calculations on the surface of the earth.

Learning outcome

To familiarise the students with principles and requirements in electronics, signal processing, wave propagation and system technology fundamental to the design and use of navigation systems, as well as with the functions and performance of existing and planned navigation systems.

Learning methods and activities

Lectures, exercises and equipment demonstrations. The exercises consist of 10 problems with solutions, all accessible via the web site of the Department. The course can be held in English if international students attend. If there is a re-sit examination, the examination form may be changed from written to oral.

Recommended previous knowledge

Knowledge of electrical engineering fundamentals, mathematics, statistics and fundamentals of electronics, corresponding to a B.Sc. in electrical and electronics engineering. Signal processing, antennae, microwave techniques, wave propagation.

Course materials

B. Forssell: Radionavigation Systems, Artech House 2008 (ISBN 978-1-59693-354-5). Compendium TTT 4150 Navigasjonssystemer (Tapir ed.), journal articles.

Credit reductions