In the last years the advances in the receiver technology improved substantially the precision of the code pseudoranges. This is important not only for code DGPS but also for carrier phase DGPS, as the code double-difference (DD) solution is a crucial aspect by the most On-The-Fly algorithms. Good code DD coordinates allow a small search space for the ambiguity fixing, which results in fast and reliable ambiguity resolution. This paper describes a real-time algorithm, that improves the accuracy and precision of the code double-differences. The basic idea of the algorithm has also been applied to phase DGPS. Here, the advantage of the algorithm is not so much the accuracy enhancement, as the efficiency of the algorithm to detect signal disto...
ABSTRACT: There is currently great interest in using regional-area reference receiver networks to pe...
This paper describes a method of processing Global Positioning System (GPS) observations to achieve ...
A differential global positioning system (DGPS) is one of the most widely used augmentation systems ...
This paper deals with the problem of determining the baseline vector between two GPS receivers in si...
Abstract: This study compares in quantitative terms two methods of differential corrections to GPS p...
In car, train or air navigation, in precision farming, in geodesy or in survey, the level of require...
This paper deals with the real-time onboard accurate relative positioning by Carrier-phase Different...
This paper deals with the real-time onboard accurate relative positioning by Carrier-phase Different...
Based on original code and phase measurements to three or more ranging signals offered by future GNS...
Continuously operating GPS networks have been used for many years in support of: (a) geodetic goals ...
Based on carrier phase observations of GPS and/or GLONASS a differential navigation system should be...
In general handheld GPS receivers are used for absolute positioning or for relative positioning usin...
using multiple reference receivers for multipath reduction and improving carrier-phase ambiguity res...
To perform the most precise relative positioning using GPS, it is necessary to resolve the carrier-p...
The performance of the Global Navigation Satellite System (GNSS) compass is related to the quality o...
ABSTRACT: There is currently great interest in using regional-area reference receiver networks to pe...
This paper describes a method of processing Global Positioning System (GPS) observations to achieve ...
A differential global positioning system (DGPS) is one of the most widely used augmentation systems ...
This paper deals with the problem of determining the baseline vector between two GPS receivers in si...
Abstract: This study compares in quantitative terms two methods of differential corrections to GPS p...
In car, train or air navigation, in precision farming, in geodesy or in survey, the level of require...
This paper deals with the real-time onboard accurate relative positioning by Carrier-phase Different...
This paper deals with the real-time onboard accurate relative positioning by Carrier-phase Different...
Based on original code and phase measurements to three or more ranging signals offered by future GNS...
Continuously operating GPS networks have been used for many years in support of: (a) geodetic goals ...
Based on carrier phase observations of GPS and/or GLONASS a differential navigation system should be...
In general handheld GPS receivers are used for absolute positioning or for relative positioning usin...
using multiple reference receivers for multipath reduction and improving carrier-phase ambiguity res...
To perform the most precise relative positioning using GPS, it is necessary to resolve the carrier-p...
The performance of the Global Navigation Satellite System (GNSS) compass is related to the quality o...
ABSTRACT: There is currently great interest in using regional-area reference receiver networks to pe...
This paper describes a method of processing Global Positioning System (GPS) observations to achieve ...
A differential global positioning system (DGPS) is one of the most widely used augmentation systems ...