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Carrier Phase Integer Ambiguity Resolution
2017Global Navigation Satellite System (GNSS ) carrier-phase integer ambiguity resolution is the process of resolving the carrier-phase ambiguities as integers. It is the key to fast and high-precision GNSS parameter estimation and it applies to a great variety of GNSS models that are currently in use in navigation, surveying, geodesy and geophysics.
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Generalized integer aperture estimation for partial GNSS ambiguity fixing
Journal of Geodesy, 2014In satellite navigation, the key to high precision is to make use of the carrier-phase measurements. The periodicity of the carrier-phase, however, leads to integer ambiguities. Often, resolving the full set of ambiguities cannot be accomplished for a given reliability constraint. In that case, it can be useful to resolve a subset of ambiguities.
Brack, Andreas, Günther, Christoph
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Kinematic GPS: resolving integer ambiguities on the fly
IEEE Symposium on Position Location and Navigation. A Decade of Excellence in the Navigation Sciences, 2002In the kinematics GPS (Global Positioning System), the initial integer ambiguity must be resolved either by a static survey over time or by instant calibration with a known baseline or an antenna exchange. It is pointed out that, while these standard methods require the maintenance of a baseline strategy to an Earth-fixed reference frame during the ...
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GNSS integer ambiguity posterior probability calculation with controllable accuracy
Journal of Geodesy, 2022Zemin Wu
exaly
A comparison of three PPP integer ambiguity resolution methods
GPS Solutions, 2013Junbo Shi, Yang Gao, Shi Junbo
exaly
Success probability of integer GPS ambiguity rounding and bootstrapping
Journal of Geodesy, 1998Peter J G Teunissen, Teunissen P J G
exaly