Applied Geodesy

Global Positioning System — Networks — Particle Accelerators — Mathematical Geodesy

herausgegeben von Stuart Turner

GPS its development and deployment.
GPS receiver technology.
Precise positioning with the GPS.
GPS orbit determination using the double difference phase observable.
Accuracy problems when combining terrestrial and satellite observations.
Very long baseline interferometry.
The lep trilateration network.
Deviation of the vertical.
Comparison between terrameter and GPS results — And how to get there.
Geodetic networks for crustal movements studies.
Gyroscope technology, status and trends.
Underground geodesy.
High precision geodesy applied to CERN accelerators.
Three dimensional adjustments in a local reference system.
Computer aided geodesy for LEP installation.
Computer-aided geodesy for LEP installation.
Applied metrology for LEP.
Applied metrology for lep.
Metrology for experiments.
New trends in mathematical geodesy.
Inverse regional reference systems: A possible synthesis between three- and two-dimensional geodesy.
On continuous theory for geodetic networks.