An alternative to derive ionospheric and tropospheric SSR corrections for PPP-RTK using adaptive constraints

PPP-RTK (Precise Point Positioning - Real Time Kinematic) is a positioning method by GNSS (Global Navigation Satellite Systems), based on the SSR (State Space Representation) concept. One challenge for the fast convergence of PPP-RTK solutions in real-time applications is the mitigation of atmospher...

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Published in:Survey review - Directorate of Overseas Surveys 2023-11, Vol.ahead-of-print (ahead-of-print), p.1-12
Main Authors: de Oliveira Jr, Paulo Sergio, Morel, Laurent, Galera Monico, João Francisco, Durand, Stéphane, Durand, Frédéric, Bezerra, Lucas dos Santos
Format: Article
Language:English
Subjects:
Ambiguities
Ionosphere
Ocean, Atmosphere
PPP-RTK
Reference network
Sciences of the Universe
Troposphere
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container_title Survey review - Directorate of Overseas Surveys
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creator de Oliveira Jr, Paulo Sergio
Morel, Laurent
Galera Monico, João Francisco
Durand, Stéphane
Durand, Frédéric
Bezerra, Lucas dos Santos
description PPP-RTK (Precise Point Positioning - Real Time Kinematic) is a positioning method by GNSS (Global Navigation Satellite Systems), based on the SSR (State Space Representation) concept. One challenge for the fast convergence of PPP-RTK solutions in real-time applications is the mitigation of atmospheric effects (troposphere and ionosphere). Thus, using atmospheric models, PPP solutions can achieve accurate positions and shortened initialisation time. Such performance depends on the topology of permanent station networks and atmospheric conditions. The main objective of this contribution is to study the PPP-RTK and the optimised infrastructure in terms of costs and benefits to realise the method using atmospheric corrections.
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subjects Ambiguities
Ionosphere
Ocean, Atmosphere
PPP-RTK
Reference network
Sciences of the Universe
Troposphere
title An alternative to derive ionospheric and tropospheric SSR corrections for PPP-RTK using adaptive constraints
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