B. R. Hermann, A. G. Evans, C. S. Law, B. W. Remondi

Peer Reviewed

Abstract: An on-the-fly (OTF) positioning algorithm is used in a postprocessing mode to determine precisely the vector between two antennas. The algorithm is used in both a standard differential form, between a static and a moving antenna, and a modified relative form, between two moving antennas. The results of two tests that demonstrate this capability are presented. The first test used a turntable with an antenna in motion with respect to a fixed reference site. Independent truth data were obtained by a static survey of the instrument. In the second test, the antennas were mounted on car roofs. The two vehicles performed drive-by’s that were documented by a video camera mounted on one of the cars. The video frames were time-tagged with GPS, and the distance between vehicles was obtained by measurements of a scale attached to the second vehicle and visible in each video frame at the closest approach. Analysis of the data with fixed and moving reference sites is presented.
Published in: NAVIGATION: Journal of the Institute of Navigation, Volume 42, Number 3
Pages: 487 - 502
Cite this article: Hermann, B. R., Evans, A. G., Law, C. S., Remondi, B. W., "KINEMATIC ON-THE-FLY GPS POSITIONING RELATIVE TO A MOVING REFERENCE", NAVIGATION: Journal of The Institute of Navigation, Vol. 42, No. 3, Fall 1995, pp. 487-502.
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