2-2-6
5 OUTLOOK
The efficiency and the accuracy of the Kinematic Survey System
KiSS have been verified in the pilot project. Next step will be an
improvement in both aspects.
To increase the efficiency the work flow of the post-mission data
processing is under further development with the aim to automate
all possible steps. In order to enhance the accuracy of the system,
additional sensors, like laser scanners, and more accurate inertial
navigation systems will be tested and installed.
6 REFERENCES
[Caspary 1995] W. Caspary, 1995. KiSS, a Data Acquisition
System for Transportation Infrastructure Management Databases,
Proceedings, Istanbul.
[Heister 1995] H. Heister, W. Caspary, C. Hock, J. Klemm, H.
Sternberg, 1995. KiSS - a Hybrid Measuring System for Kinematic
Surveying, In: Linkwitz/Hangleitber (Eds.): High Precision
Navigation, Dummler, Bonn 1995, S. 561 - 568.
[Klemm 1997] J. Klemm, W. Caspary, H. Heister, 1997.
Photogrammetric Data Organisation with the Mobile Surveying
System KiSS. In: Optical 3-D Measurement Techniques, Zürich.
[Sternberg 1996] H. Sternberg, W. Caspary, H.Heister, C. Hock, J.
Klemm, 1996. Kinematische Anwendungen von INS / GPS. In:
Kinematische Meßmethoden in der Ingenieur- und Industrie
vermessung. Schriftenreihe des Deutschen Vereins für
Vermessungswesen Nr. 22, S. 98-130, Wittwer-Verlag.
[Sternberg 1998a] H. Sternberg, W. Caspary, H. Heister, 1998.
Mobiles Vermessungssystem KiSS. In: Hybride Vermessungs
systeme. Schriftenreihe des Deutschen Vereins für Vermessungs
wesen Nr. 29, S. 178-192, Wittwer-Verlag.
[Sternberg 1998b] H. Sternberg, W. Caspary, H. Heister, 1998.
Determination of the Trajectory surveyed by the Mobile Surveying
system KiSS. In: Kähmen, Brückl, Wunderlich (Hrsg.): Geodesy for
Geotechnical and Structural Engineering (Tu Wien).Wien. S. 361-
366.
[Wang 1997] J. Wang, 1997. Filtermerthoden zur fehler-toleranten
kinematischen Positionsbestimmung, Schriftfenreihe Studiengang
Vermessungswesen, Universität der Bundeswehr, Heft 52,
Neubiberg.
