Maximum a posteriori probability estimation of integer ambiguities and baseline

Maximum a posteriori probability estimation of integer ambiguities and baseline

In this paper, a maximum a posteriori probability estimator is derived for determining the relative position and carrier phase integer ambiguities with GPS carrier phase measurements. The estimator is also applied to real measurements and enabled a heading determination with an accuracy of 0.5°/ bas...

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Hauptverfasser: Henkel, Patrick, Kiam, Jane Jean
Format: Tagungsbericht
Sprache:eng
Schlagworte:
Carrier phase positioning
Clocks
Global Positioning System
Heading determination
Integer Ambiguity Resolution
MAP Estimation
Maximum a posteriori estimation
Phase measurement
Receivers
Satellites
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Kiam, Jane Jean
description In this paper, a maximum a posteriori probability estimator is derived for determining the relative position and carrier phase integer ambiguities with GPS carrier phase measurements. The estimator is also applied to real measurements and enabled a heading determination with an accuracy of 0.5°/ baseline length [m].
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Carrier phase positioning
Clocks
Global Positioning System
Heading determination
Integer Ambiguity Resolution
MAP Estimation
Maximum a posteriori estimation
Phase measurement
Receivers
Satellites
title Maximum a posteriori probability estimation of integer ambiguities and baseline
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