Traditionally the relative positioning and attitude determination problem are treated as independent. In this contribution we will investigate the possibilities of using multiantenna (i.e., triple and quadruple) data, not only for attitude determination but also for relative positioning. The methods developed are rigorous and have the additional advantage that they improve ambiguity resolution on the unconstrained baseline(s) and the overall success rate of ambiguity resolution between a number of antennas.Remote SensingAerospace Engineerin
Attitude determination through the use of Global Navigation Satellite System (GNSS) signals is one o...
Attitude determination through the use of Global Navigation Satellite System (GNSS) signals is one o...
In multi-GNSS cases, two types of Double Difference (DD) ambiguity could be formed including an intr...
Traditionally the relative positioning and attitude determination problem are treated as independent...
Traditionally the relative positioning and attitude determination problem are treated as independent...
A novel instantaneous method for GNSS attitude determination utilising a new phase-difference ambigu...
In this paper we will explore methods for the combination of both relative positioning and attitude ...
Copyright © (2014) by the Institute of Navigation All rights reserved. GNSS positioning and navigati...
Traditionally in multi-spacecraft missions (e.g. formation flying, rendezvous) the GNSS-based relati...
Carrier phase integer ambiguity resolution is the key to fast and high-precision GNSS positioning an...
Fast and reliable ambiguity resolution (AR) has been a continuing challenge for real-time precise po...
Fast and reliable ambiguity resolution (AR) has been a continuing challenge for real-time precise po...
Direct geo-referencing is an efficient methodology for the fast acquisition of 3D spatial data. It r...
In this contribution a new approach to ambiguity resolution for Global Navigation Satellite System (...
This paper presents an evaluation of several GNSS multicarrier ambiguity (MCAR) resolution technique...
Attitude determination through the use of Global Navigation Satellite System (GNSS) signals is one o...
Attitude determination through the use of Global Navigation Satellite System (GNSS) signals is one o...
In multi-GNSS cases, two types of Double Difference (DD) ambiguity could be formed including an intr...
Traditionally the relative positioning and attitude determination problem are treated as independent...
Traditionally the relative positioning and attitude determination problem are treated as independent...
A novel instantaneous method for GNSS attitude determination utilising a new phase-difference ambigu...
In this paper we will explore methods for the combination of both relative positioning and attitude ...
Copyright © (2014) by the Institute of Navigation All rights reserved. GNSS positioning and navigati...
Traditionally in multi-spacecraft missions (e.g. formation flying, rendezvous) the GNSS-based relati...
Carrier phase integer ambiguity resolution is the key to fast and high-precision GNSS positioning an...
Fast and reliable ambiguity resolution (AR) has been a continuing challenge for real-time precise po...
Fast and reliable ambiguity resolution (AR) has been a continuing challenge for real-time precise po...
Direct geo-referencing is an efficient methodology for the fast acquisition of 3D spatial data. It r...
In this contribution a new approach to ambiguity resolution for Global Navigation Satellite System (...
This paper presents an evaluation of several GNSS multicarrier ambiguity (MCAR) resolution technique...
Attitude determination through the use of Global Navigation Satellite System (GNSS) signals is one o...
Attitude determination through the use of Global Navigation Satellite System (GNSS) signals is one o...
In multi-GNSS cases, two types of Double Difference (DD) ambiguity could be formed including an intr...