Fakultät VI Planen Bauen Umwelt - TU Berlin
Fakultät VI Planen Bauen Umwelt - TU Berlin
Fakultät VI Planen Bauen Umwelt - TU Berlin
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<strong>Fakultät</strong> <strong>VI</strong> <strong>Planen</strong> <strong>Bauen</strong> <strong>Umwelt</strong><br />
Voraussetzung The module SGN physical geodesy or previous knowledge is mandatory; extensive<br />
knowledge of maths, physics and computing is desirable.<br />
Mathematical Geodesy<br />
3633 L 219, Integrierte LV (VL mit UE), 2.0 SWS<br />
Mi, wöchentl, 08:00 - 10:00, 13.04.2011 - 16.07.2011, H 6131 , Stary<br />
Inhalt Differential Geometry: space curves (curvature, torsion, moving trihedron), curved<br />
surfaces (surface theory, normal sections and geodesics on ellipsoids of revolution),<br />
space geometry.<br />
Geodesy: Earth dimensions, main geodetic problems, coordinate systems (Gauß,<br />
Soldner and others) and its transformations, mappings (conformal, equidistant) and its<br />
kinematic interpretation.<br />
Theory of functions: complex approach, Cauchy-Riemannn differential equations,<br />
transformations of the element of arc/metric tensor.<br />
Bemerkung The module element is a part of the module "SGN Global Navigation Satellite<br />
Systems"!<br />
The exact date will be published at the beginning of the semester.<br />
- For further information please have a look at our black board in the main building, 5th<br />
floor, room H 5121.-<br />
Voraussetzung Extensive knowledge of maths, physics and computing is desirable.<br />
Selected sections of navigation and positioning<br />
3633 L 220, Integrierte LV (VL mit UE), 4.0 SWS<br />
Mo, wöchentl, 16:00 - 18:00, 11.04.2011 - 16.07.2011, H 6131 , Galas<br />
Mi, wöchentl, 10:00 - 12:00, 13.04.2011 - 16.07.2011, H 6131 , Galas<br />
Inhalt 1. Optical celestial positioning<br />
2. General methodology and methods of radio navigation<br />
3. Terrestrial navigation with radio waves<br />
4. GPS and other satellite based navigation techniques<br />
5. Inertial navigation<br />
6. Integrated navigation and multi-sensor systems<br />
7. Radio astrometry methods of navigation<br />
(Please have also a look to "Ausführliche Beschreibung" or "Long Comment" in the Online<br />
Course Overview.)<br />
Bemerkung The module element is a part of the module "SGN current and future Methods of<br />
Navigation and Positioning"!<br />
The exact date will be published at the beginning of the semester.<br />
For further information please have a look at our black board in the main building, 5th<br />
floor, room H 5121.<br />
Voraussetzung The module SGN physical geodesy or previous knowledge is mandatory; extensive<br />
knowledge of maths, physics and computing is desirable.<br />
Planetary and Space Science Seminar<br />
3633 L 222, Seminar, 2.0 SWS<br />
Mi, wöchentl, 16:00 - 18:00, 13.04.2011 - 16.07.2011, H 6131 , Oberst, Galas, Stary<br />
Inhalt 1. Planetary science<br />
2. Navigation and locating<br />
3. Earth system research<br />
(Please have also a look to "Ausführliche Beschreibung" or "Long Comment" in the Online<br />
Course Overview.)<br />
Bemerkung The module element is a part of the module "Planetary and Space Science Seminar"!<br />
The exact date will be published at the beginning of the semester.<br />
For further information please have a look at our black board in the main building, 5th<br />
floor, room H 5121.<br />
Voraussetzung The module SGN physical geodesy or previous knowledge is mandatory; other<br />
modules from the specialised subject space geodesy and navigation are desirable.<br />
Selected Sections of Adjustment Calculation<br />
3633 L 223, Vorlesung, 2.0 SWS<br />
Do, wöchentl, 08:00 - 10:00, 14.04.2011 - 14.07.2011, H 6131 , Neitzel<br />
SoSe 2011 86
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