|
Instructors: Heinz Werner Kurth; Marcus Wöster
Event type:
Lecture, Exercise
Org-unit: Geomatik / Geodäsie und Geoinformatik
Displayed in timetable as:
Crediting for:
Hours per week:
2
Location:
Hamburg
Language of instruction:
Englisch
Min. | Max. participants:
- | 50
Grading:
Beschreibung:
Nautical Science: Positioning at sea, signs, Stream navigation, tides. Contents and use of the most important nautical publications: nautical charts, nautical handbook, light fires, notices to mariners, nautical radio warnings. Orientation at sea and near coast using light and direction fires as well as terrestrial lines-of-position. Working with nautical charts, elaborating tasks related to charts. Navigation on piloting and simulation system. Route following. Law of traffic. Radar. Seamanship. Manoeuvr.Traffic Control Systems: Fund. of technical electronic navigation. Technical aids. Course sensors, Sensors for water depth. Integrated Navigation : Mathematical fundamentals. Sequential parameter estimation: definitions, linear and non-linear observation equations. Dynamic systems: state variables, system equation, transition equation, time-update of state variables and related covariance matrix. Kalman filtering. Mathematical models for integrated navigation. Application examples.
Electronic Chart Display : An imaginary trip with ECDIS. On-board components of the electronic chart display. Differences between ECDIS, ECS, RCDS. Data: information and data, geo-reference, forms of display, raster and vector map, data structures, display of attribute information, realization of space relationship in vector charts. Hydrographic aspects: quality aspects of hydrographic data, necessity of continuous corrections, source-dependent quality aspects, quality assurance. Transition from data to chart functions. Integration with other navigation systems. Visit to the Federal Maritime and Hydrographic Agency of Germany (BSH) and to firms.
Kontakt:
heinz-werner.kurth@jade-hs.de, marcus.woester@hcu-hamburg.de
Module:
Geo-M-MOD-306
|
