Fakultät VI Planen Bauen Umwelt - TU Berlin

Fakultät VI Planen Bauen Umwelt
Geostatistics
3633 L 213, Integrierte LV (VL mit UE), 2.0 SWS
Di, wöchentl, 12:00 - 14:00, 12.04.2011 - 16.07.2011, H 6131 , Kolbe, Kaden
Di, wöchentl, 12:00 - 14:00, 12.04.2011 - 16.07.2011, H 6134
Bemerkung IV geostatistics is part of the Module "GIS Analytical methods".
Visualisation techniques of Spatial Data
3633 L 214, Integrierte LV (VL mit UE), 3.0 SWS
Do, wöchentl, 10:00 - 13:00, 14.04.2011 - 16.07.2011, H 6131 , Kolbe, König, Kaden
Do, wöchentl, 10:00 - 13:00, 14.04.2011 - 16.07.2011, H 6134 , Kolbe, König, Kaden
Bemerkung IV visualisation techniques is part of the Module "GIS Visualisation".
Geodatabase management
3633 L 215, Integrierte LV (VL mit UE), 2.0 SWS
Do, wöchentl, 13:00 - 15:00, 14.04.2011 - 16.07.2011, H 6131 , Kolbe, Nagel
Bemerkung IV Geodatabase management is part of the Module "GIS Administration".
GIS Seminar
3633 L 216, Seminar, 2.0 SWS
Mo, wöchentl, 12:00 - 14:00, 11.04.2011 - 16.07.2011, H 6104 , Kolbe, Nagel
Bemerkung SE GIS seminar is part of the Module "GIS Project Seminar Geoinformation
Technology".
Physical Geodesy
3633 L 217, Integrierte LV (VL mit UE), 2.0 SWS
Di, wöchentl, 08:00 - 10:00, 12.04.2011 - 16.07.2011, H 6131 , Stary
Inhalt Coming from the density field of the earth the fundamental integral formulas (body, surface
and line integrals) of the potential theory are derived. The definition of the gravitation
potential using spherical function presentations and the gravity field using homogeneous
finite polyhedrons is the basis for a mathematical description. After explaining the geodetic
normal potential and disturbance potential with its gradients (normal weight and weight
disturbance vector) the geodetic boundary value tasks for the ball can be solved. The
theory of the Hilbert spaces with reproducing core (generalised splines) forms the basis
for an efficient regional approximation of the disturbance potential using point and
line singularities, which are needed in particular for the adequate linkage of terrestrial
measuring data with satellite measuring data. The basic concepts of the evaluation
of airborne gravimetry measurements form the conclusion of the potential-theoretical
concept procedures.
Bemerkung The exact date will be published at the beginning of the semester.
For further information please have a look at our black board in the main building, 5th
floor, room H 5121.
Physical Geodasy is part of the Module "SGN Physical Geodasy".
Voraussetzung Extensive knowledge of maths, physics and computing is desirable.
Geodetic Methods in Planetary Research
3633 L 218 IV, Integrierte LV (VL mit UE), 2.0 SWS
Mi, wöchentl, 12:00 - 14:00, 13.04.2011 - 16.07.2011, H 6131 , Oberst
Inhalt This course will discuss the various methods that are being used to de-termine orbit, size,
shape, and rotation of planetary bodies and to map their surface topography and gravity
fields. We shall discuss in some depth the basic tools used in planetary geodesy such
as cameras, laser altimeters, and radar. One focus is on photogrammetric procedures
for construction of topographic models from stereo data; another is on the refinement
of surface models by bundle block adjustments and photo-metric analysis (shape from
shading). We shall discuss methods for analysis of data obtained from orbit or from the
ground using cameras on landed spacecraft or on rovers roaming the surface. We shall
also deal with the development and use of planetary information systems and the use of
visualisation techniques.
Bemerkung The module element is a part of the module "SGN Planetary Geodesy"!
The exact date will be published at the beginning of the semester.
SoSe 2011 85