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Please use this identifier to cite or link to this item:
http://hdl.handle.net/2014/30130
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| Title: | High Precision and Real Time Tracking of Low Earth Orbiters With GPS: Case Studies With TOPEX/POSEIDON and EUVE |
| Authors: | Yunck, Thomas P.
Bertiger, Winy I.
Gold, Kenn
Guinn, Joseph
Reichert, Angie
Watkins, Michael |
| Issue Date: | Apr-1995 |
| Citation: | International Workshop on High Precision Navigation, 3rd, Stuttgart, Germany, April 1995. |
| Abstract: | TOPEX/POSEIDON carries a dual-frequency 6 channel GPS receiver while EUVE has a 12 channel single frequency receiver. Flying at an altitude of 1334 km, TOPEX/POSEIDON performs precise ocean altimetry, which demands the highest possible accuracy in determining the radial orbit component in post-processing. Radial RMS accuracies of about 2 cm were realized using reduced dynamic tracking techniques. In this approach, orbit errors due to force are substantially reduced by exploiting the geometric strength of GPS to solve for a set of stochastic forces. On EUVE, the emphasis was on evaluating real time positioning techniques with a single frequency receiver. The capability for real time 3D accuracies of 15 m in the presence of Selective Availability was shown. This was validated by comparing to a post-processed differential GPS truth orbit believed accurate to about 1 m.! |
| URI: | http://hdl.handle.net/2014/30130 |
| Appears in Collections: | JPL TRS 1992+
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