Applied Geodesy: Global Positioning System — Networks — Particle Accelerators — Mathematical Geodesy

Description

GPS its development and deployment....Pages 1-9 GPS receiver technology....Pages 11-15 Precise positioning with the GPS....Pages 17-30 GPS orbit determination using the double difference phase observable....Pages 31-46 Accuracy problems when combining terrestrial and satellite observations....Pages 47-65 Very long baseline interferometry....Pages 67-87 The lep trilateration network....Pages 89-110 Deviation of the vertical....Pages 111-124 Comparison between terrameter and GPS results — And how to get there....Pages 125-133 Geodetic networks for crustal movements studies....Pages 135-161 Gyroscope technology, status and trends....Pages 163-179 Underground geodesy....Pages 181-206 High precision geodesy applied to CERN accelerators....Pages 207-246 Three dimensional adjustments in a local reference system....Pages 247-267 Computer aided geodesy for LEP installation....Pages 269-278 Computer-aided geodesy for LEP installation....Pages 279-292 Applied metrology for LEP....Pages 293-307 Applied metrology for lep....Pages 309-315 Metrology for experiments....Pages 317-341 New trends in mathematical geodesy....Pages 343-357 Inverse regional reference systems: A possible synthesis between three- and two-dimensional geodesy....Pages 359-374 On continuous theory for geodetic networks....Pages 375-385 Appendix....Pages 387-393